mhurhangee/ep-ind-claims huggingface dataset:
Transport installation comprising two parallel transport bars (BTj), longitudinally translatable simultaneously, and each comprising at least one group of at least two rods (Tjk) intended in a vertical position to temporarily support, with rods of a neighboring group, a first component, at least one rod (Tjk) of each group having a first length adapted to the support of said first component and is interchangeable with an associated replacement rod (TRjk), having a second length greater than said first length and adapted to the support of a second component, the transport installation further comprising a control device capable of acting on said associated rod (Tjk) and replacement rod (TRjk) of at least one group to place in a vertical position the one which must participate in a support, said associated rod (Tjk) and replacement rod (TRjk) of each group being two sub-parts of a part (Pjk) perpendicular to each other, each part (Pjk) being rotatably mounted on a base (EPjk) fixedly secured to one of said transport bars (BTj) and having, secured to it (Pjk), a first end of a lever (Ljk) having a second end characterized in that the two transport bars (BTj) are also simultaneously vertically translatable and in that said second end of said lever (LJk) is intended to be coupled to said control device when said rod (Tjk) or associated replacement rod (TRjk) is placed in a vertical position to participate in a support.
A surgical endoscope for manipulation by a surgical robot arm, the surgical endoscope comprising: a shaft having a distal end for insertion into a patient and a proximal end; an endoscope interface attached to the proximal end of the shaft, the endoscope interface configured to engage a robot arm interface of the surgical robot arm, the endoscope interface comprising: an endoscope wedge mechanism moveable between an unlocked position and a locked position, the endoscope wedge mechanism comprising: two endoscope wedge elements (502, 504) which are displaceable such that collective displacement of the endoscope wedge elements (502, 504) actuates the endoscope wedge mechanism between the unlocked position and the locked position in which the endoscope wedge elements are configured to be retained in the robot arm interface, the endoscope wedge elements (502, 504) configured to be separated by a greater distance in the locked position of the endoscope wedge mechanism than in the unlocked position of the endoscope wedge mechanism; and characterised in that: the endoscope wedge mechanism further comprises a lock configured to constrain the endoscope wedge elements (502, 504) in a spaced apart configuration in the locked position of the endoscope wedge mechanism, and to not constrain the endoscope wedge elements (502, 504) in the unlocked position of the endoscope wedge mechanism. a shaft having a distal end for insertion into a patient and a proximal end; an endoscope interface attached to the proximal end of the shaft, the endoscope interface configured to engage a robot arm interface of the surgical robot arm, the endoscope interface comprising: an endoscope wedge mechanism moveable between an unlocked position and a locked position, the endoscope wedge mechanism comprising: two endoscope wedge elements (502, 504) which are displaceable such that collective displacement of the endoscope wedge elements (502, 504) actuates the endoscope wedge mechanism between the unlocked position and the locked position in which the endoscope wedge elements are configured to be retained in the robot arm interface, the endoscope wedge elements (502, 504) configured to be separated by a greater distance in the locked position of the endoscope wedge mechanism than in the unlocked position of the endoscope wedge mechanism; and characterised in that: the endoscope wedge mechanism further comprises a lock configured to constrain the endoscope wedge elements (502, 504) in a spaced apart configuration in the locked position of the endoscope wedge mechanism, and to not constrain the endoscope wedge elements (502, 504) in the unlocked position of the endoscope wedge mechanism.
Electrical installation, in particular a transformer, phase shifter or inductor, comprising a fluid-filled tank having side walls, wherein, for protection against the effect of bullets and/or fragments, a penetration-inhibiting reinforcement is provided, which envelops the side walls on the outside and consists of a material having a tensile strength R m greater than 1000 MPa, characterised in that the reinforcement envelops the side walls all-round at a distance and is fastened to the tank by means of a plurality of fastening elements.
Safety device for a chairlift, this device: - including: - a retaining means for retaining a passenger on a seat of the chairlift, once the safety device has been mounted on the chairlift; - a mounting means for mounting the retaining means on a guardrail of the chairlift, this guardrail being movable between an open position and a closed position; - a resting means, which the retaining means is provided with and which, once the guardrail is in the closed position, rests on the seat of the chairlift; - wherein it comprises an adjustment means for adjusting the height of the resting means depending on the distance between the guardrail and the seat, this once the safety device has been mounted on the chairlift. - including: - a retaining means for retaining a passenger on a seat of the chairlift, once the safety device has been mounted on the chairlift; - a mounting means for mounting the retaining means on a guardrail of the chairlift, this guardrail being movable between an open position and a closed position; - a resting means, which the retaining means is provided with and which, once the guardrail is in the closed position, rests on the seat of the chairlift; - wherein it comprises an adjustment means for adjusting the height of the resting means depending on the distance between the guardrail and the seat, this once the safety device has been mounted on the chairlift. - a retaining means for retaining a passenger on a seat of the chairlift, once the safety device has been mounted on the chairlift; - a mounting means for mounting the retaining means on a guardrail of the chairlift, this guardrail being movable between an open position and a closed position; - a resting means, which the retaining means is provided with and which, once the guardrail is in the closed position, rests on the seat of the chairlift; - wherein it comprises an adjustment means for adjusting the height of the resting means depending on the distance between the guardrail and the seat, this once the safety device has been mounted on the chairlift.
An energy management system arranged for use with a building or property, said system including: one or more heating elements or appliances located throughout said building or property and including an electrical central heating system and/or an electric hot water system; one or more solar panels fitted with the property; and one or more power cells in communication with said one or more heating elements or appliances, and said one or more power cells, arranged to receive and store energy from the one or more solar panels, and distribute the same to the one or more heating elements or appliances, wherein the system further includes control means arranged to: monitor energy storage and capacity of the one or more power cells within the system; monitor energy usage throughout the system; and determine, based on the energy storage/capacity and current and predicted usage, how best to allocate and/or distribute energy throughout the system, in use; and wherein said control means is further provided to enable energy delivered to the one or more heating elements or other appliances via the one or more power cells to be phased or pulsed over a predetermined period of time, in use, so as to avoid draining the one or more power cells of energy. one or more heating elements or appliances located throughout said building or property and including an electrical central heating system and/or an electric hot water system; one or more solar panels fitted with the property; and one or more power cells in communication with said one or more heating elements or appliances, and said one or more power cells, arranged to receive and store energy from the one or more solar panels, and distribute the same to the one or more heating elements or appliances, wherein the system further includes control means arranged to: monitor energy storage and capacity of the one or more power cells within the system; monitor energy usage throughout the system; and determine, based on the energy storage/capacity and current and predicted usage, how best to allocate and/or distribute energy throughout the system, in use; and wherein said control means is further provided to enable energy delivered to the one or more heating elements or other appliances via the one or more power cells to be phased or pulsed over a predetermined period of time, in use, so as to avoid draining the one or more power cells of energy. monitor energy storage and capacity of the one or more power cells within the system; monitor energy usage throughout the system; and determine, based on the energy storage/capacity and current and predicted usage, how best to allocate and/or distribute energy throughout the system, in use; and wherein said control means is further provided to enable energy delivered to the one or more heating elements or other appliances via the one or more power cells to be phased or pulsed over a predetermined period of time, in use, so as to avoid draining the one or more power cells of energy.
A suction device for the suction of extrusion material to a storage container of an extrusion device via a suction line, having a suction interface with a suction opening for the suction of extrusion material and a line interface for connecting to the suction line, wherein the suction opening is connected to the line interface for conveying extrusion material via an internal conveying line, and a valve device is provided, which opens the conveying line to the surroundings in an opening position and closes the conveying line to the surroundings in a closed position, characterized in that the suction device has a display device for displaying the currently conveyed extrusion material.
Optically variable security element having a polychromatically reflective surface region, the planar extent of which defines a z-direction perpendicular thereto, wherein - the polychromatically reflective surface region contains an upper relief structure and a lower relief structure (34, 24) arranged at different levels in the z-direction, - the two relief structures are each provided with an upper colour coating and a different lower colour coating (36, 26), - the two relief structures overlap in an overlap region, - the upper colour coating has a cutout in the overlap region such that a concealed portion of the lower colour coating is arranged under the upper colour coating in the z-direction and an exposed portion of the lower colour coating is arranged under the cutout in the z-direction, - wherein, at an observation angle, the lower colour coating becomes visible with components of the concealed portion and the exposed portion in its colour impression, characterized in that the relief structures are micromirror arrangements which comprise a multiplicity of directed micromirrors, wherein the respective colour coating only becomes visible in chromatically reflective fashion depending on the observation angle. - the polychromatically reflective surface region contains an upper relief structure and a lower relief structure (34, 24) arranged at different levels in the z-direction, - the two relief structures are each provided with an upper colour coating and a different lower colour coating (36, 26), - the two relief structures overlap in an overlap region, - the upper colour coating has a cutout in the overlap region such that a concealed portion of the lower colour coating is arranged under the upper colour coating in the z-direction and an exposed portion of the lower colour coating is arranged under the cutout in the z-direction, a concealed portion of the lower colour coating is arranged under the upper colour coating in the z-direction and an exposed portion of the lower colour coating is arranged under the cutout in the z-direction, - wherein, at an observation angle, the lower colour coating becomes visible with components of the concealed portion and the exposed portion in its colour impression, characterized in that the relief structures are micromirror arrangements which comprise a multiplicity of directed micromirrors, wherein the respective colour coating only becomes visible in chromatically reflective fashion depending on the observation angle.
A method for controlling a mobile terminal, the method comprising: establishing communication connections, via a communication unit of the mobile terminal, with a plurality of reference devices, for a location-based service to calculate a current location of the mobile terminal; sensing a direction of the mobile terminal towards one or more controllable devices, and measuring a distance towards each of the one or more controllable devices, for determining a location information of each of the one or more controllable devices based on the calculated current location of the mobile terminal, storing, for of each of the one or more controllable devices, an identifier, ID, the location information and an allowed distance for controlling the controllable device in an internal or external memory of the mobile terminal; generating a map using both the ID and the location information of each of the one or more controllable devices; when the mobile terminal is directed towards one of the one or more controllable devices, detecting, by a controller of the mobile terminal, that the mobile terminal is directed towards said one controllable device on the map, and selecting, by the controller, said one device as a first device; and displaying a first graphic image for controlling a function of the first device. establishing communication connections, via a communication unit of the mobile terminal, with a plurality of reference devices, for a location-based service to calculate a current location of the mobile terminal; sensing a direction of the mobile terminal towards one or more controllable devices, and measuring a distance towards each of the one or more controllable devices, for determining a location information of each of the one or more controllable devices based on the calculated current location of the mobile terminal, storing, for of each of the one or more controllable devices, an identifier, ID, the location information and an allowed distance for controlling the controllable device in an internal or external memory of the mobile terminal; generating a map using both the ID and the location information of each of the one or more controllable devices; when the mobile terminal is directed towards one of the one or more controllable devices, detecting, by a controller of the mobile terminal, that the mobile terminal is directed towards said one controllable device on the map, and selecting, by the controller, said one device as a first device; and displaying a first graphic image for controlling a function of the first device.
A method for determining an analyte concentration in a sample, comprising: introducing the sample including an enzyme to a sensor strip; applying a signal to the sample after an incubation period of at least 0.1 second to at most 8 seconds, the signal including excitations, each excitation having a duration from 0.1 to 5 seconds; generating a current signal having a transient decay in response to a redox reaction of a measurable species, the measurable species formed by way of a redox reaction of a portion of the analyte in the sample, where the generated current signal results from at least one of the excitations having the duration from 0.1 to 5 seconds; and determining the analyte concentration from the transient decay of the generated current signal where the transient decay has a decay constant greater or less than -0.5. introducing the sample including an enzyme to a sensor strip; applying a signal to the sample after an incubation period of at least 0.1 second to at most 8 seconds, the signal including excitations, each excitation having a duration from 0.1 to 5 seconds; generating a current signal having a transient decay in response to a redox reaction of a measurable species, the measurable species formed by way of a redox reaction of a portion of the analyte in the sample, where the generated current signal results from at least one of the excitations having the duration from 0.1 to 5 seconds; and determining the analyte concentration from the transient decay of the generated current signal where the transient decay has a decay constant greater or less than -0.5.
A battery module having a structure in which two unit cells (110, 110') are fixed to a cartridge and a plurality of cartridges is stacked, the battery module comprising unit cells (110, 110') having electrode terminals (112, 113, 112', 113') formed at one side thereof, cartridges for fixing two unit cells (110, 110'), and bus bars (132, 134) coupled with the electrode terminals (112, 113, 112', 113') for electrically connecting the unit cells (110, 110') with each other, wherein the unit cells (110, 110') are mounted to the cartridges such that the electrode terminals of the unit cells (110, 110') face each other in a state in which the unit cells are disposed laterally to each other in a direction parallel to a ground, and the electrode terminals (112, 113, 112', 113') facing each other are connected to each other in parallel by the bus bars (132, 134) mounted to the cartridges to form a parallel unit cell connection structure for each of the cartridges, and the cartridges are stacked in a height direction, characterized in that each of the cartridges is provided at a portion of an inner surface thereof corresponding to an upper surface or a lower surface of each of the unit cells (110, 110') with at least one rib for supporting each of the unit cells (110, 110') while defining coolant flow channels.
Method for spinning anionically modified cellulose comprising the steps of: (a) preparing a suspension of the anionically modified cellulose in a continuous phase; (b) subjecting the suspension to a shear rate of more than 1000 sec -1; (c) performing spinning by extruding the cellulose suspension through a spinneret into a spinbath comprising a cationic complexing agent, and (d) isolating the spun fibres from the spin bath.
A bidirectional bearing comprising: an outer bearing shell and a first intermediate bearing shell, which is configured to be coupled to a shaft and which cooperates with the outer bearing shell, the bidirectional thrust bearing further comprising an second intermediate bearing shell, which is arranged opposite to the outer bearing shell with respect to the first intermediate bearing shell, wherein the second intermediate bearing shell is configured to take up a first load having a first direction from the first intermediate bearing shell, wherein the first intermediate bearing shell is further configured to receive a second load having a second direction, which is substantially opposite to the first direction, from the second intermediate bearing shell, and wherein the first intermediate bearing shell is configured to transfer this second load to the outer bearing shell, characterized in that the bidirectional bearing further comprises an inner bearing shell, which is configured to couple the second axial load to the second intermediate bearing shell for further transfer of this second load via the first intermediate bearing shell to the outer bearing shell.
Test strip analysis system for the analytical examination of a liquid sample, in particular of a body liquid of human beings or of animals, comprising medical test strips with a carrier film of plastic material and a test field attached to a flat side of the carrier film which test field, in order to perform an analysis, is brought into contact with the sample in such a manner that liquid sample components penetrate into the test field, wherein the test field contains a reagent system the reaction of which with components of the sample causes an optically measureable change in a detection zone located on the side of the test field directed towards the carrier film, said change being characteristic for the analysis, and an evaluation instrument with a test strip holder for positioning a test strip in a measuring position, and with a measuring device for measuring the optically measurable change in the detection zone, wherein the measuring device comprises a light emitter for irradiating primary light onto the detection zone and a detector for detecting secondary light diffusely reflected from the detection zone, the secondary light being caused by the primary light, characterized in that the carrier film of the test strip comprises at least one optical light guide layer, the carrier film comprises a coupling-out zone which is a part of the flat side of the carrier film to which the test field is attached and in which the detection zone of the test field is in optical contact to the carrier film in such a manner that light is coupled out from the light guide layer into the detection zone, the primary light of the light emitter can be coupled into the light guide layer via an entry surface in such a manner that a light guide section of the light path of the primary light between the entry surface and the detection zone runs inside the light guide layer, and the secondary light which is diffusely reflected from the detection zone is reflected into the light guide layer and a light guide section of the light path of the secondary light between the detection zone and the detector runs inside the carrier film, wherein the carrier film comprises two light guide layers, a first light guide layer serving as primary light guide and a second light guide layer serving as secondary light guide, so that the primary light can be coupled into the first light guide layer serving as primary light guide, and the secondary light from the detection zone can be coupled into the second light guide layer serving as secondary light guide.
A method of media content preparation for 5G networks by a 5G media streaming system, 5GMS, the method to be performed when the media content is not available or missing, executable by a processor, and characterized by comprising: identifying a reverse address mapping process associated with a content preparation process for 5G media streaming, wherein the reverse address mapping process is defined in a same format as a format of an associated content preparation template, wherein the content preparation process is a cascade of content preparation processes, and wherein the reverse address mapping process includes one or more cascaded reverse address mapping processes used in the cascade of content preparation processes; calculating a media content address based on the identified reverse address mapping process; generating a workflow for the content preparation process based on the calculated media content address; and performing 5G media streaming content preparation according to the workflow for the content preparation process. identifying a reverse address mapping process associated with a content preparation process for 5G media streaming, wherein the reverse address mapping process is defined in a same format as a format of an associated content preparation template, wherein the content preparation process is a cascade of content preparation processes, and wherein the reverse address mapping process includes one or more cascaded reverse address mapping processes used in the cascade of content preparation processes; calculating a media content address based on the identified reverse address mapping process; generating a workflow for the content preparation process based on the calculated media content address; and performing 5G media streaming content preparation according to the workflow for the content preparation process.