mhurhangee/ep-ind-claims huggingface dataset:
A rose for a sanitary fitting, comprising: - a housing having at least one supply channel and a plurality of discharge channels (4.1, 4.2, 4.3), - at least one actuation element which can be actuated by a user, - a control element that can be moved in the housing in an actuation plane by the at least one actuation element, - a plurality of valves (8.1, 8.2, 8.3) by means of which the plurality of discharge channels (4.1, 4.2, 4.3) can be closed, wherein each valve (8.1, 8.2, 8.3) of the plurality of valves (8.1, 8.2, 8.3) has a valve body (9.1, 9.2, 9.3), wherein the valve bodies of the plurality of valves (8.1, 8.2, 8.3) can be adjusted by the control element parallel to the actuation plane of the control element from a closed position into an open position, wherein the valve bodies (9.1, 9.2, 9.3) of the plurality of valves (8.1, 8.2, 8.3) are coupled to the control element in such a manner that an adjustment of a valve body by the control element in the direction of the open position enables a closing movement of at least one other valve body (9.1, 9.2, 9.3) in the direction of the closed position, and that the control element constantly adjusts at least one valve body (9.1, 9.2, 9.3) at least partially in the direction of the open position, characterized in that the control element is of annular design. - a housing having at least one supply channel and a plurality of discharge channels (4.1, 4.2, 4.3), - at least one actuation element which can be actuated by a user, - a control element that can be moved in the housing in an actuation plane by the at least one actuation element, - a plurality of valves (8.1, 8.2, 8.3) by means of which the plurality of discharge channels (4.1, 4.2, 4.3) can be closed, wherein each valve (8.1, 8.2, 8.3) of the plurality of valves (8.1, 8.2, 8.3) has a valve body (9.1, 9.2, 9.3), wherein the valve bodies of the plurality of valves (8.1, 8.2, 8.3) can be adjusted by the control element parallel to the actuation plane of the control element from a closed position into an open position, wherein the valve bodies (9.1, 9.2, 9.3) of the plurality of valves (8.1, 8.2, 8.3) are coupled to the control element in such a manner that an adjustment of a valve body by the control element in the direction of the open position enables a closing movement of at least one other valve body (9.1, 9.2, 9.3) in the direction of the closed position, and that the control element constantly adjusts at least one valve body (9.1, 9.2, 9.3) at least partially in the direction of the open position,
A landing zone arrangement for aircraft, in particular capable of vertical takeoff, comprising - multiple segments, which together form a landing zone in an operating state, - a storage space, in which the multiple segments are at least partially stowable in a stored state, and - a base with a rotatable rotor element to rotate the multiple segments for transferring into the operating state and/or into the stored state, characterized in that - at least individual ones of the multiple segments are removably attached to the rotor element and a securing unit of the landing zone arrangement is formed to attach the removable segments to the rotor element in transferring into the operating state and to detach this attachment in transferring into the stored state, and - the landing zone arrangement further comprises a lifting unit, which comprises one or more lifting elements (10 arranged in or at the storage space, to move the removable segments towards the rotor element in transferring into the operating state. - multiple segments, which together form a landing zone in an operating state, - a storage space, in which the multiple segments are at least partially stowable in a stored state, and - a base with a rotatable rotor element to rotate the multiple segments for transferring into the operating state and/or into the stored state, - at least individual ones of the multiple segments are removably attached to the rotor element and a securing unit of the landing zone arrangement is formed to attach the removable segments to the rotor element in transferring into the operating state and to detach this attachment in transferring into the stored state, and - the landing zone arrangement further comprises
A method for inhibiting the formation and deposition of silica and silicate compounds in a water system, the method comprising adding to the water in the water system 1 to 100 ppm of one or more low molecular weight anionic polymers, wherein the one or more low molecular weight polymers are copolymers of methacrylic acid and polyethylene glycol allyl ether having a weight average molecular weight of 5,000 to 7,000 Da with the polymer actives between 25% and 100%, wherein the water in the water system comprises silica in dissolved form, and wherein the ratio of the monomer units is between 40:60 and 60:40.
A method for operating a terminal device of a wireless communication system, the terminal device being connected to a base station of the wireless communication system, wherein the method comprises at the terminal device: - providing an intermediate node functionality at the terminal device, the intermediate node functionality being configured to forward communication data received from the base station to a further terminal device and to forward communication data received from the further terminal device to the base station, - detecting the further terminal device via a direct radio communication between the terminal device and the further terminal device, wherein the further terminal device is located within a radio range of the terminal device, wherein detecting the further terminal device comprises receiving a message from the further terminal device indicating that the further terminal device is not within a radio range of the base station, - requesting from the base station a permission to activate the intermediate node functionality, - receiving from the base station the permission to activate the intermediate node functionality, and - upon receiving the permission from the base station, activating the intermediate node functionality. - providing an intermediate node functionality at the terminal device, the intermediate node functionality being configured to forward communication data received from the base station to a further terminal device and to forward communication data received from the further terminal device to the base station, - detecting the further terminal device via a direct radio communication between the terminal device and the further terminal device, wherein the further terminal device is located within a radio range of the terminal device, wherein detecting the further terminal device comprises receiving a message from the further terminal device indicating that the further terminal device is not within a radio range of the base station, - requesting from the base station a permission to activate the intermediate node functionality, - receiving from the base station the permission to activate the intermediate node functionality, and - upon receiving the permission from the base station, activating the intermediate node functionality.
An alkaline battery in which a positive electrode and a negative electrode are housed in a battery case with a separator interposed therebetween, wherein the battery case has an opening portion sealed with a sealing plate using a gasket, the positive electrode contains electrolytic manganese dioxide at a potential in the range from 275 mV to 320 mV with respect to a reference electrode of mercurous oxide (Hg/HgO), the negative electrode contains zinc, and a closed space is formed between the gasket and the positive and negative electrodes in the battery case and has a volume in the range from 2.0% to 6.0% of a volume inside the battery formed by the battery case and the sealing plate.
A thermal diffusion sheet that is disposed so as to oppose a battery cell included in a battery system and that diffuses heat generated by the battery cell, the thermal diffusion sheet comprising: a polymer matrix containing heat conductive filler particles, wherein the heat conductive filler particles are oriented in a direction parallel to a surface of the battery cell, wherein a surface of the thermal diffusion sheet that opposes the battery cell is a cut surface or a ground surface, and the heat conductive filler particles are exposed on a surface of the thermal diffusion sheet that opposes the battery cell. a polymer matrix containing heat conductive filler particles, wherein the heat conductive filler particles are oriented in a direction parallel to a surface of the battery cell, wherein a surface of the thermal diffusion sheet that opposes the battery cell is a cut surface or a ground surface, and the heat conductive filler particles are exposed on a surface of the thermal diffusion sheet that opposes the battery cell.
A surgical sponge including: multiple plies of gauze having one or more open sides; and stitches being made with one or more contrasting threads and adapted to fasten or close the open sides; wherein the contrasting threads are made with one or more non-absorbing materials and wherein the one or more contrasting threads are selected from one or more fluoro-lime, fluoro-green and/or fluoro-yellow colour. multiple plies of gauze having one or more open sides; and stitches being made with one or more contrasting threads and adapted to fasten or close the open sides; wherein the contrasting threads are made with one or more non-absorbing materials and wherein the one or more contrasting threads are selected from one or more fluoro-lime, fluoro-green and/or fluoro-yellow colour.
An electrotransfer system comprising: at least one probe, each probe comprising: a probe body; a needle comprising an electrode extending from the probe body configured as a needle to be inserted into tissue to be treated; and a capacitive discharge circuit connected to electrod comprising a capacitive charge storage configured to store a quantum of charge, and a switch actuatable to cause discharge of the stored quantum of charge through the electrode said system further comprising a charging station having a DC power supply module, output terminals connectable to said probe to form electric contact to the capacitive discharge circuit, and charging control circuitry to control charging of the capacitive discharge circuit of the connected probe characterised by the needle incorporating an array of at least two electrodes, each electrode having a surface area substantially circumferential to the needle and exposed to directly contact tissue into which the needle electrode array is insertable, with an insulating section between neighbouring electrodes to form a contiguous linear array structure, the exposed surface area of each electrode being at a different distance from the needle electrode array tip, each electrode connected to the capacitive discharge circuit for driving as an anode or cathode during discharge of the quantum of charge, and wherein the electrode length and length of the insulating section between neighbouring electrodes are configured to produce a target electric field shape in tissue adjacent to the array during discharge of the quantum of charge via the array. a probe body; a needle comprising an electrode extending from the probe body configured as a needle to be inserted into tissue to be treated; and a capacitive discharge circuit connected to electrod comprising a capacitive charge storage configured to store a quantum of charge, and a switch actuatable to cause discharge of the stored quantum of charge through the electrode said system further comprising a charging station having a DC power supply module, output terminals connectable to said probe to form electric contact to the capacitive discharge circuit, and charging control circuitry to control charging of the capacitive discharge circuit of the connected probe characterised by the needle incorporating an array of at least two electrodes, each electrode having a surface area substantially circumferential to the needle and exposed to directly contact tissue into which the needle electrode array is insertable, with an insulating section between neighbouring electrodes to form a contiguous linear array structure, the exposed surface area of each electrode being at a different distance from the needle electrode array tip, each electrode connected to the capacitive discharge circuit for driving as an anode or cathode during discharge of the quantum of charge, and wherein the electrode length and length of the insulating section between neighbouring electrodes are configured to produce a target electric field shape in tissue adjacent to the array during discharge of the quantum of charge via the array.
An apparatus for recognizing a gait task, the apparatus comprising: a gait pattern detector (320,1720,1760) configured to detect a gait pattern of a user based on sensed data; a gait feature generator (330,470,1770) configured to extract gait data similar to the detected gait pattern from each of a plurality of databases corresponding to each of a plurality of gait tasks, each database having as gait data a plurality of gait patterns by having been constructed by a database constructor that stored gait patterns classified thereby based on each of a plurality of gait tasks, and generate a gait feature of the detected gait pattern based on similarities between the detected gait pattern and the similar gait data; a gait task estimator (340, 580,1780) configured to estimate a gait task corresponding to the detected gait pattern by applying the gait feature to a set learning model; and a drive controller (350,590,1790) configured to drive a walking assistance apparatus based on the estimated gait task. a gait pattern detector (320,1720,1760) configured to detect a gait pattern of a user based on sensed data; a gait feature generator (330,470,1770) configured to extract gait data similar to the detected gait pattern from each of a plurality of databases corresponding to each of a plurality of gait tasks, each database having as gait data a plurality of gait patterns by having been constructed by a database constructor that stored gait patterns classified thereby based on each of a plurality of gait tasks, and generate a gait feature of the detected gait pattern based on similarities between the detected gait pattern and the similar gait data; a gait task estimator (340, 580,1780) configured to estimate a gait task corresponding to the detected gait pattern by applying the gait feature to a set learning model; and a drive controller (350,590,1790) configured to drive a walking assistance apparatus based on the estimated gait task.
A Siegbahn pumping mechanism comprising a rotor element (110, 112, 114) and a stator element (120, 122) located proximate the rotor element, one of the rotor element and the stator element comprising a plurality of walls (124, 125) extending towards the other of the rotor element and the stator element and defining a plurality of spiral channels, the stator element comprising a plurality of sections and characterised in that a resilient member (144, 154) is provided about the outer periphery of the sections for urging the sections into contact.
A cross-linkable polymeric composition comprising: an ethylene-based polymer wherein said ethylene-based polymer is an ethylene homopolymer; an organic peroxide; and a polyallyl cross-linking coagent, wherein said polyallyl cross-linking coagent and said organic peroxide are present in amounts sufficient to provide an allyl-to-active oxygen molar ratio of from 7.5 to up to 16, based on the allyl content of said polyallyl cross-linking coagent and the active oxygen content of said organic peroxide, wherein the cross-linkable polymeric composition further comprises an antioxidant that is a hindered phenol or a thio compound. an ethylene-based polymer wherein said ethylene-based polymer is an ethylene homopolymer; an organic peroxide; and a polyallyl cross-linking coagent, wherein said polyallyl cross-linking coagent and said organic peroxide are present in amounts sufficient to provide an allyl-to-active oxygen molar ratio of from 7.5 to up to 16, based on the allyl content of said polyallyl cross-linking coagent and the active oxygen content of said organic peroxide, wherein the cross-linkable polymeric composition further comprises an antioxidant that is a hindered phenol or a thio compound.
A flame retardant composition comprising: 10 to 75 weight percent of a polycarbonate; 10 to 30 weight percent of a polyester; 10 to 35 weight percent of a polysiloxane-polycarbonate copolymer; and a phosphazene flame retardant, where all weight percents are based on the total weight of the flame retardant composition. 10 to 75 weight percent of a polycarbonate; 10 to 30 weight percent of a polyester; 10 to 35 weight percent of a polysiloxane-polycarbonate copolymer; and
A lighting device comprising: a light emitting diode printed circuit board on which LED devices for emitting light are disposed, the LED PCB configured to control an operation of each of the LED devices; a converter PCB for supplying a power into the LED PCB; a housing having a space in which the LED PCB is accommodated, the housing having a heat dissipation structure for releasing heat generated from the LED devices; a communication module disposed below the LED PCB, and configured to allow the lighting device to communicate with an external device; and a signal receiving unit connected to the communication module, the signal receiving unit being disposed above the LED PCB, wherein the LED PCB has a through hole through which an upper end of the communication module passes, characterized in that the communication module is spaced a predetermined distance from the converter PCB, wherein the signal receiving unit is coupled to the upper end of the communication module passing through the through hole, wherein a lower end of the signal receiving unit is coupled to the communication module at a position higher than an upper end of the housing, wherein the upper end of the communication module passes through the through hole and is maintained at a position higher than the upper end of the housing, wherein the LED PCB is divided into a first area on which the LED devices are densely disposed and a second area on which the LED devices are sparsely disposed according to the number of the LED devices, and the through hole is defined in the second area of the LED PCB. a light emitting diode printed circuit board on which LED devices for emitting light are disposed, the LED PCB configured to control an operation of each of the LED devices; a converter PCB for supplying a power into the LED PCB; a housing having a space in which the LED PCB is accommodated, the housing having a heat dissipation structure for releasing heat generated from the LED devices; a communication module disposed below the LED PCB, and configured to allow the lighting device to communicate with an external device; and a signal receiving unit connected to the communication module, the signal receiving unit being disposed above the LED PCB, wherein the LED PCB has a through hole through which an upper end of the communication module passes, characterized in that the communication module is spaced a predetermined distance from the converter PCB, wherein the signal receiving unit is coupled to the upper end of the communication module passing through the through hole, wherein a lower end of the signal receiving unit is coupled to the communication module at a position higher than an upper end of the housing, wherein the upper end of the communication module passes through the through hole and is maintained at a position higher than the upper end of the housing, wherein the LED PCB is divided into a first area on which the LED devices are densely disposed and a second area on which the LED devices are sparsely disposed according to the number of the LED devices, and the through hole is defined in the second area of the LED PCB.
Spunbonded fabric material which is at least partially formed by cercle-segmented multicomponent fibers having at least a first plastic component and a second plastic component, wherein the multicomponent fibers feature a circular cross section, and wherein a proportion of multicomponent fibers in which the circle segments (2, 3) are connected to one another at inner segment limits of the multicomponent fibers along their length extension amounts to at least 70 %, preferably at least to 80 %, and wherein the spunbonded fabric material is thermally solidified, wherein with a longitudinal proportion of the multicomponent fibers of at most 50 %, preferably at most 30 %, further preferably at most 20 %, the circle segments (2, 3) of the multicomponent fibers are split from one another, and wherein the first plastic component and the second plastic component consist of a polypropylene.
A test system including a set of electronic devices having a plurality of electrically conductive terminals (115, 208, 308, 309a, 309b, 408a, 408b) and test apparatus (100, 500) for executing a functional test of said set of electronic devices, the test apparatus including a plurality of electrically conductive test probes (135, 235, 335, 435) for transmitting test signals to the terminals and for receiving response signals therefrom, and coupling means for mechanically coupling the test probes with the electronic devices, wherein the coupling means includes insulating means for keeping each test probe electrically insulated from at least one corresponding terminal during the execution of the test, each test probe and the corresponding terminal forming a capacitor for electro-magnetically coupling the test probe with the terminal, characterized in that each test probe rests on an electrically insulating passivation layer (207, 307, 407) formed on a main surface of the corresponding electronic device, adjacent to the corresponding terminal.
Cable, with a guide element and with a signal line, the guide element extending flatwise in a guide plane, wherein the signal line is guided in the guide plane along a winding path by means of the guide element, wherein the signal line has a plurality of bends in the guide plane, wherein the guide element has a guide contour which defines the course of the path and to which the signal line is attached, so that a forced guidance for the signal line is predetermined, the guide element having a number of moulded parts which form the guide contour, characterized in that the signal line is a loose tube, with an outer tube and signal cores which run inside the outer tube, the outer tube having an inner diameter that is greater than a total diameter of the signal cores, so that there is room for movement for said signal cores.