mhurhangee/ep-ind-claims huggingface dataset:
Household dishwasher, having a carcass, at least one loading level, at least one guide rail, along which the at least one loading level can be shifted linearly between a first lower position and a second lower position of the same, wherein the at least one loading level is arranged in the first lower position and inside of the carcass and in the second lower position and at least partially outside of the carcass, at least one control arm (15, 16) which holds the at least one guide rail pivotably on the carcass for a movement of the loading level between the second lower position and a third upper position of the same, wherein the at least one loading level is arranged in the third upper position and at least partially outside of the carcass, and a guide facility, which guides the at least one control arm (15, 16) along a guide track, which deviates at least partially from a circular path, wherein the guide track has an increasing ascent at least in regions in the pull-out direction, in which the at least one loading level can be shifted out of the second lower position into the third upper position, and wherein the guide facility has a sliding block guide embodied on the carcass, and a sliding block element attached to the control arm (15, 16), which engages into the sliding block guide, wherein the sliding block guide is preferably embodied as a slot and the sliding block element is embodied as a pin.
A process for the manufacture of a decorative panel, in particular a floor panel, with a core, on whose upper surface at least one layer is applied, wherein during the process one wear layer is applied on the at least one layer by means of a 3D printer, wherein the 3D printer has at least one print head, which has a plurality of supply lines, of which one is for the supply of the wear layer base material and at least one other is for the supply of at least one additive, wherein the wear layer has a structure, wherein the wear layer is applied on the at least one layer in the form of a plurality of 3D print dots, wherein at least one part of the wear layer contains the at least one additive, wherein the quantity and type of the at least one additive can be set for each 3D print dot.
A self-propelled vehicle (10; 60) suitable for use as a golfing accessory, the vehicle comprising: a base part comprising first and second base part members (40, 42; 78, 80) that are pivotally coupled to one another; a control arm (18; 62), said control arm and base part being moveable relative to one another so that said vehicle (10; 60) can be arranged in a first and a second operating configuration, and a storage configuration, and a plurality of wheels (21, 14; 76, 90), a pair (14; 90) of said plurality of wheels being coupled to one of said base part members (42; 80), each wheel of said pair being pivotable relative to the base part member (42, 80) to which said pair is coupled; and wherein: in said first operating configuration the vehicle (10; 60) is configured with the control arm (18, 62) upstanding from the base part so as to allow a user to stand on said second base part member (42; 80) and ride on the vehicle (10; 60); in said second operating configuration the vehicle (10; 60) is configured with the control arm (18, 62) inclined relative to said second base part member (42; 80) for use as a trolley that is suitable for supporting a golf bag, and in said storage configuration the vehicle is configured so that the control arm (18, 62) is substantially parallel with said base part and each wheel of said pair (14, 90) has been pivoted relative to the base part member to which said pair is coupled. a base part comprising first and second base part members (40, 42; 78, 80) that are pivotally coupled to one another; a control arm (18; 62), said control arm and base part being moveable relative to one another so that said vehicle (10; 60) can be arranged in a first and a second operating configuration, and a storage configuration, and a plurality of wheels (21, 14; 76, 90), a pair (14; 90) of said plurality of wheels being coupled to one of said base part members (42; 80), each wheel of said pair being pivotable relative to the base part member (42, 80) to which said pair is coupled; and wherein: in said first operating configuration the vehicle (10; 60) is configured with the control arm (18, 62) upstanding from the base part so as to allow a user to stand on said second base part member (42; 80) and ride on the vehicle (10; 60); in said second operating configuration the vehicle (10; 60) is configured with the control arm (18, 62) inclined relative to said second base part member (42; 80) for use as a trolley that is suitable for supporting a golf bag, and in said storage configuration the vehicle is configured so that the control arm (18, 62) is substantially parallel with said base part and each wheel of said pair (14, 90) has been pivoted relative to the base part member to which said pair is coupled.
A method for uplink transmission by a user equipment, UE, comprising: determining a transmission power of a physical uplink shared channel, PUSCH, in accordance with a value of a PUSCH initial target power, a value of a pathloss, a value of a pathloss compensation factor, and a value of a transmit power command, TPC; and transmitting the PUSCH using the transmission power; characterized in that the method further comprises: obtaining information of an association between sounding reference signal, SRS, resource index and a plurality of power control parameters, the plurality of power control parameters comprising the PUSCH initial target power, the pathloss, the pathloss compensation factor, and the TPC; obtaining the SRS resource index; and determining the value of the PUSCH initial target power, the value of the pathloss, the value of the pathloss compensation factor, and the value of the TPC based on the association and the obtained SRS resource index. determining a transmission power of a physical uplink shared channel, PUSCH, in accordance with a value of a PUSCH initial target power, a value of a pathloss, a value of a pathloss compensation factor, and a value of a transmit power command, TPC; and transmitting the PUSCH using the transmission power; characterized in that the method further comprises: obtaining information of an association between sounding reference signal, SRS, resource index and a plurality of power control parameters, the plurality of power control parameters comprising the PUSCH initial target power, the pathloss, the pathloss compensation factor, and the TPC; obtaining the SRS resource index; and determining the value of the PUSCH initial target power, the value of the pathloss, the value of the pathloss compensation factor, and the value of the TPC based on the association and the obtained SRS resource index. obtaining information of an association between sounding reference signal, SRS, resource index and a plurality of power control parameters, the plurality of power control parameters comprising the PUSCH initial target power, the pathloss, the pathloss compensation factor, and the TPC; obtaining the SRS resource index; and determining the value of the PUSCH initial target power, the value of the pathloss, the value of the pathloss compensation factor, and the value of the TPC based on the association and the obtained SRS resource index.
Household appliance having at least one household appliance device, in particular a cooking appliance device, having at least one electromechanical switching unit, which has at least one control coil, characterised in that the household appliance device has at least one evaluation unit, which is provided to determine at least one switching state of the electromechanical switching unit, wherein the evaluation unit is provided to determine the switching state by means of at least one inductance parameter of the control coil.
Apparatus designed to determine and monitor the level of a medium in a vessel with a time-of-flight method of measurement of high-frequency measuring signals, with a horn antenna consisting of a wave guide zone and a widened horn area whose hollow area is at least partially filled by a dielectric filler, wherein a defined distance is formed in the widened horn area between the inner surface of the horn antenna and the outer surface of the dielectric filler for the compensation of the different thermal expansion of the filler and the horn antenna, characterized in that the filler rests on the horn antenna over a certain length on the process side to support and compensate the process pressure forces on the fill body and/or the horn antenna, wherein at least one sealing element and/or at least one locking element is introduced between the filler and the horn antenna, wherein a sealing function and a simultaneous locking function of the filler is formed in the horn antenna, and wherein the sealing element and/or the looking element is/are arranged in the wave guide zone between the horn antenna and the filler.
A nondestructive inspection apparatus adapted to inspect a structure having an interior opening portion defined by a plurality of walls having exterior and interior surfaces, comprising: an inspection apparatus outer probe unit having a plurality of outer probe unit walls each having a surface corresponding to a respective one of the plurality of exterior surfaces of a respective structure wall, the outer probe unit comprising a first outer probe unit member and a second outer probe unit member, magnetically coupled to each other to thereby force at least one outer probe unit wall on the first outer probe unit member and at least one outer probe unit wall on the second outer probe unit member into close proximity to a respective exterior surface of the structure, through magnetic attraction between a magnet on the first outer probe unit member and a magnet on the second outer probe unit member; and characterized in that a magnetic balance positioned to force the second outer probe unit member in a direction of increased magnetic coupling of the second outer probe unit member to the first outer probe unit member through magnetic repulsion between a magnet on the magnetic balance and the magnet on the second outer probe unit member, wherein a magnetic balance guide rod extends from the first outer probe unit member through the second outer probe unit member to the magnetic balance, directing movement of the second outer probe unit member between the first outer probe unit member and the magnetic balance. an inspection apparatus outer probe unit having a plurality of outer probe unit walls each having a surface corresponding to a respective one of the plurality of exterior surfaces of a respective structure wall, the outer probe unit comprising a first outer probe unit member and a second outer probe unit member, magnetically coupled to each other to thereby force at least one outer probe unit wall on the first outer probe unit member and at least one outer probe unit wall on the second outer probe unit member into close proximity to a respective exterior surface of the structure, through magnetic attraction between a magnet on the first outer probe unit member and a magnet on the second outer probe unit member; and characterized in that a magnetic balance positioned to force the second outer probe unit member in a direction of increased magnetic coupling of the second outer probe unit member to the first outer probe unit member through magnetic repulsion between a magnet on the magnetic balance and the magnet on the second outer probe unit member, wherein a magnetic balance guide rod extends from the first outer probe unit member through the second outer probe unit member to the magnetic balance, directing movement of the second outer probe unit member between the first outer probe unit member and the magnetic balance.
A method for coating a surface by means of an application member having a plurality of digitally controllable orifices, which eject droplets of a hardenable liquid to generate a layer with a thickness corresponding to the ejected liquid on the surface, the droplets being ejected such that at least two layer-areas are formed, which are located side by side and adjacent to each other and consist of different hardenable liquids, characterized in that one of the liquids hardens to a layer being impervious to light, another of the liquids hardens to a layer being transmissive to light, and that the liquids are ejected onto the surface such that the layer comprises a layer-area being transmissive to light, which borders on a layer-area being impervious to light.
A controlled time delay apparatus integrated into a wellbore casing for injection of pressurized fluid into a subterranean formation, said apparatus comprising: a housing with openings, a piston, a delay restrictor, an actuating device, and a high pressure chamber with a hydraulic fluid; said delay restrictor is configured to be in pressure communication with said high pressure chamber; a rate of travel of said piston is restrained by a passage of said hydraulic fluid from the high pressure chamber into a low pressure chamber through said delay restrictor; said delay restrictor comprises multiple stacked delay elements as a cartridge; and delay elements of said multiple stacked delay elements are connected in a series chain, parallel chain or combination of series and parallel chain; said piston is configured to travel for an actuation time period, which is customized by a selection of the number of the multiple stacked delay elements; and said piston travel allows opening of said openings so that said pressurized fluid flows through said openings for a port opening time interval. a housing with openings, a piston, a delay restrictor, an actuating device, and a high pressure chamber with a hydraulic fluid; said delay restrictor is configured to be in pressure communication with said high pressure chamber; a rate of travel of said piston is restrained by a passage of said hydraulic fluid from the high pressure chamber into a low pressure chamber through said delay restrictor; said delay restrictor comprises multiple stacked delay elements as a cartridge; and delay elements of said multiple stacked delay elements are connected in a series chain, parallel chain or combination of series and parallel chain; said piston is configured to travel for an actuation time period, which is customized by a selection of the number of the multiple stacked delay elements; and said piston travel allows opening of said openings so that said pressurized fluid flows through said openings for a port opening time interval.
A protection path reservation method which reserves protection paths for avoiding a failure node for each transmission path on a network formed of a plurality of nodes, characterized by comprising: assuming the nodes as an imaginary failure node in turn in a condition in which the node failure is not present in the network; and selecting N neighbor nodes connected to the imaginary failure node through N links; wherein the imaginary failure nodes sequentially transmit protection path reservation request messages to neighbor nodes; and the nodes which have received the protection path reservation request messages sequentially, one by one, reserve N-1 protection paths starting from the nodes. assuming the nodes as an imaginary failure node in turn in a condition in which the node failure is not present in the network; and selecting N neighbor nodes connected to the imaginary failure node through N links; wherein the imaginary failure nodes sequentially transmit protection path reservation request messages to neighbor nodes; and the nodes which have received the protection path reservation request messages sequentially, one by one, reserve N-1 protection paths starting from the nodes.
An optical arrangement for the spectral broadening of laser pulses for non-linear pulse compression, having a broadening path which is configured to guide a laser pulse repeatedly through at least one non-linear broadening element, wherein the non-linear broadening element has a dispersion property which is selected such that the dispersion property compensates for self-focusing of a laser pulse in the non-linear broadening element, characterized in that an end face of the non-linear broadening element has a concave shape and wherein the dispersion property is provided by the concave shape of the end face.
A housing system for one or more battery cells, the housing system comprising: - a casing forming a generally rectangular internal space, having opposing end pieces; - two holes each extending through one of the end pieces in a central location of the end piece; and - two plugs each having a head portion and a body portion, wherein the body portion is configured to extend through one of the holes to contact one of the battery cells, and the body portion has a detention mechanism comprising a ratcheting mechanism having at least one set of triangular teeth disposed axially along the body portion of the plug and having at least one pawl to engage the teeth disposed about the hole of the end piece of the casing so as to fix its position to provide a compressive force on the battery cells. - a casing forming a generally rectangular internal space, having opposing end pieces; - two holes each extending through one of the end pieces in a central location of the end piece; and - two plugs each having a head portion and a body portion, wherein the body portion is configured to extend through one of the holes to contact one of the battery cells, and the body portion has a detention mechanism comprising a ratcheting mechanism having at least one set of triangular teeth disposed axially along the body portion of the plug and having at least one pawl to engage the teeth disposed about the hole of the end piece of the casing so as to fix its position to provide a compressive force on the battery cells.
A water tree testing apparatus to test a flat test piece of a candidate insulation material for reproducing a water tree phenomenon for a water tree resistance evaluation of the candidate insulation material, the test piece to be tested having a first surface in which a plurality of electrode holes are formed, the electrode holes being formed to decrease in cross section as approaching a bottom perpendicularly to the surface, the water tree testing apparatus comprising: a liquid-permeable conductive first permeable member that is attachable to the first surface and extends along the first surface to cover the electrode holes; a liquid-permeable conductive second permeable member that is attachable to a second surface that is opposite side from the first surface, and extends along the second surface as to face the first permeable member with the test piece therebetween; a first water tank configured to contain a first aqueous solution so that the first surface of the test piece including a range covered by the first permeable member is immersed in the first aqueous solution; a second water tank configured to contain a second aqueous solution so that the second surface of the test piece including a range covered by the second permeable member is immersed in the second aqueous solution; a first electrode whose one end is electrically connected to the first permeable member; and a second electrode whose one end is electrically connected to the second permeable member, wherein the first electrode and the second electrode are formed so that a voltage is applicable therebetween. a liquid-permeable conductive first permeable member that is attachable to the first surface and extends along the first surface to cover the electrode holes; a liquid-permeable conductive second permeable member that is attachable to a second surface that is opposite side from the first surface, and extends along the second surface as to face the first permeable member with the test piece therebetween; a first water tank configured to contain a first aqueous solution so that the first surface of the test piece including a range covered by the first permeable member is immersed in the first aqueous solution; a second water tank configured to contain a second aqueous solution so that the second surface of the test piece including a range covered by the second permeable member is immersed in the second aqueous solution; a first electrode whose one end is electrically connected to the first permeable member; and a second electrode whose one end is electrically connected to the second permeable member, wherein the first electrode and the second electrode are formed so that a voltage is applicable therebetween.
A strip for an enzyme-driven, lateral chromatographic flow assay for a preselected analyte consisting of: a single-pad; and a substrate deposited as dry form; wherein the single-pad comprises a sample application zone and a reactant-resultant zone, and the sample application zone and the reactant-resultant zone are formed on a same plane of the single-pad; wherein the single-pad is pre-treated with a lysing buffer to lyse red-blood cells in a blood sample applied in the sample application zone; wherein the resultant of the reaction of the substrate with the preselected analyte is a precipitate; wherein the preselected analyte is an enzyme; and wherein hemoglobin migrates faster than said resultant. a single-pad; and a substrate deposited as dry form;
Microscope comprising a device for variable deflection of light, the device comprising a micromechanical mirror arrangement comprising a multiplicity of mirror actuators (18, 20, 22, 24, 26) reflecting the light and a control unit, by means of which the mirror actuators (18, 20, 22, 24, 26) are controllable into various reflection positions for varying the light deflection, characterized in that the device furthermore comprises: a back-reflection structure systematically adapted to the mirror arrangement for a targeted reflection of the light reflected on the back-reflection structure by some of the mirror actuators (18, 20, 22, 24, 26) onto some other mirror actuators (18, 20, 22, 24, 26), a housing, in which the mirror arrangement is housed, and a transparent cover which is attached to the housing and on which the back-reflection structure is formed. a back-reflection structure systematically adapted to the mirror arrangement for a targeted reflection of the light reflected on the back-reflection structure by some of the mirror actuators (18, 20, 22, 24, 26) onto some other mirror actuators (18, 20, 22, 24, 26), a housing, in which the mirror arrangement is housed, and a transparent cover which is attached to the housing and on which the back-reflection structure is formed.
VALVE MECHANISM WITH APPLICATOR TIP FOR COSMETIC CONTAINERS, comprised of a lid-like mounting base with external means of leakproof attachment to the bottleneck of a generally usual container and with internal means constituting a passage for the product and also constitutes an integral part of the valve that slides upwards and downwards and whose lower end is oriented to open and close the passage, while its end is centrally housed in a sleeve that from above internally receives the base of a applicator tip, while the outer part receives the overcap surrounding such applicator tip, the circular base is coupled to rotate in the sleeve, combined with an actuation mechanism formed in the two parts for moving the valve upwards and downwards in order to open and close the passage for the product; such tip is axially attached inside the sleeve and the corresponding part of the valve enough to turn freely in both directions, together with the cam that moves the valve upwards and downwards in order to open or close the passage.