mhurhangee/ep-ind-claims huggingface dataset:
Rack for feeding animals, comprising: a base frame for receiving fodder and a roof arranged thereabove, wherein the roof has a central, fixedly-installed portion and at least one movable, inward-foldable portion on an outer edge of the central, fixedly-installed portion and by means of which the roof area can be extended, characterized in that the roof comprises a venting device in the form of a venting ridge, which is arranged concentrically with the central, fixedly-installed portion of the roof, wherein the central, fixedly-installed portion of the roof has the shape of a pyramid and, if the at least one movable, inward-foldable portion of the roof is folded up so that the entire roof area is extended relative to the roof area of the central, fixedly-installed portion of the roof, is extended by the at least one movable, inward-foldable portion of the roof, a uniformly rising roof area is formed by the at least one movable, inward-foldable portion of the roof and the central, fixedly-installed portion of the roof. a base frame for receiving fodder and a roof arranged thereabove, wherein the roof has a central, fixedly-installed portion and at least one movable, inward-foldable portion on an outer edge of the central, fixedly-installed portion and by means of which the roof area can be extended, characterized in that the roof comprises a venting device in the form of a venting ridge, which is arranged concentrically with the central, fixedly-installed portion of the roof, wherein the central, fixedly-installed portion of the roof has the shape of a pyramid and, if the at least one movable, inward-foldable portion of the roof is folded up so that the entire roof area is extended relative to the roof area of the central, fixedly-installed portion of the roof, is extended by the at least one movable, inward-foldable portion of the roof, a uniformly rising roof area is formed by the at least one movable, inward-foldable portion of the roof and the central, fixedly-installed portion of the roof.
Robotized transmission comprising a hub rigidly connected to a shaft, a sliding gear comprising teeth, a dog ring comprising teeth, an idler pinion and an actuator, said sliding gear being capable of sliding over said hub by means of a fork fitted with a position sensor and translated by a finger of said actuator, and the teeth of said sliding gear being capable of interlocking with the teeth of said ring rigidly connected to said idler pinion, characterized in that elastic tabs acting as springs are borne by the dog ring and are arranged thereon in such a way as to push back the sliding gear when the latter must return to a neutral position when a gear ratio is being disengaged, so as to guarantee said position.
A mower fleet management system comprising a mower fleet comprising a plurality of mowers and a mower fleet management device, wherein the mower fleet management device is configured to control the plurality of mowers to work in collaboration, wherein each of the plurality of mowers comprises an on-board communication module, and an on-board positioning and navigation module, and wherein the mower fleet management device further comprises: a map loading module configured to acquire a map of a working land for use by the on-board positioning and navigation modules; a control terminal communication module configured to wirelessly communicate with the on-board communication modules to acquire status information of the plurality of mowers and to transmit a control command to the plurality of mowers, wherein the status information comprises at least one of charge amount of battery, speed and mowing widths of the plurality of mowers; and a working region assigning module configured to assign a working region to each of the plurality of mowers according to the status information and the map, and comprises a working area estimation unit and a path generation unit, wherein the working area estimation unit is configured to estimate the working area of each of the mowers according to the status information, and the path generation unit is configured to generate a working path according to the estimated working area and the map of the working land.; wherein the on-board positioning and navigation module of each of the plurality of mowers is configured to guide the mower to work in the corresponding working region according to the assigned working region characterized in that the working region assigning module is configured to transmit a prompt message when the sum of the estimated working areas of all of the mowers is less than the area of the working land. a map loading module configured to acquire a map of a working land for use by the on-board positioning and navigation modules; a control terminal communication module configured to wirelessly communicate with the on-board communication modules to acquire status information of the plurality of mowers and to transmit a control command to the plurality of mowers, wherein the status information comprises at least one of charge amount of battery, speed and mowing widths of the plurality of mowers; and a working region assigning module configured to assign a working region to each of the plurality of mowers according to the status information and the map, and comprises a working area estimation unit and a path generation unit, wherein the working area estimation unit is configured to estimate the working area of each of the mowers according to the status information, and the path generation unit is configured to generate a working path according to the estimated working area and the map of the working land.; wherein
A elevated platform system comprising: a platform; a vision system configured to detect the number of people on the platform; a plurality of restraining systems onboard the platform, each restraining system including an RFID tag secured to the platform and each restraining system further including a reader configured to perform near field detection of the tag; and a base station configured to communicate with the readers to determine the number of RFID tags that are detected by their readers; and compare the number of detected RFID tags to the number of people detected on the platform by said vision system. a platform; a vision system configured to detect the number of people on the platform; a plurality of restraining systems onboard the platform, each restraining system including an RFID tag secured to the platform and each restraining system further including a reader configured to perform near field detection of the tag; and a base station configured to communicate with the readers to determine the number of RFID tags that are detected by their readers; and compare the number of detected RFID tags to the number of people detected on the platform by said vision system.
An apparatus comprising: a substrate (104; 204); a first die (106; 206) coupled to the substrate over the substrate, the first die including a power supply circuit (114; 214) coupled to the substrate to receive power; and a second die (108; 208) having a processing core and coupled to the first die over the first die, the second die being coupled to the power supply circuit to power the processing core; the apparatus further comprising a passive device including a magnetic core inductor (110; 210) attached to the first die and coupled to the power supply circuit, wherein the first die has a front side including circuitry (120; 220) facing the substrate and a back side facing the second die and wherein the passive device is positioned on the back side. a substrate (104; 204); a first die (106; 206) coupled to the substrate over the substrate, the first die including a power supply circuit (114; 214) coupled to the substrate to receive power; and a second die (108; 208) having a processing core and coupled to the first die over the first die, the second die being coupled to the power supply circuit to power the processing core; the apparatus further comprising a passive device including a magnetic core inductor (110; 210) attached to the first die and coupled to the power supply circuit, wherein the first die has a front side including circuitry (120; 220) facing the substrate and a back side facing the second die and wherein the passive device is positioned on the back side.
A horological movement comprising an analogue time display, a gear train, a barrel driving the analogue display via the gear train, and an oscillator formed of a resonator, comprising a balance and a piezoelectric spring, and a mechanical escapement (18; 18A) coupling the balance to the gear train, the piezoelectric spring being formed at least partially of a piezoelectric material and comprising at least two electrodes (68, 69) at least one electrode of which is connected to an electronic control circuit, the piezoelectric material and said at least one electrode being arranged so as to allow the application, managed by the electronic control circuit, of an electrical stress on the piezoelectric spring; the electronic control circuit being arranged to be able to be connected to an electric energy source and to be able to control the application, at least occasionally, of a power supply voltage to said at least one electrode so as to excite the oscillator to obtain a functional oscillation of the resonator and then to maintain this functional oscillation; wherein the mechanical escapement (18; 18A) is configured so as to be an escapement for counting the alternations of the functional oscillation, thus in order to pace the running of the horological movement, without the resonator being able to receive from the barrel via this mechanical escapement enough mechanical energy to maintain the functional oscillation.
A composition for use in treating or preventing an anemia in a subject, wherein the composition comprises an effective amount of a combination of agents that inhibit activin B and GDF11; wherein the combination comprises one antibody or antigen binding fragment thereof that binds to GDF11, and, one antibody or antigen binding fragment thereof that binds to activin B.
An openable frameless door or window casement arrangement with multiple insulating glazing, comprising an externally located glass plate, an inwardly located glass plate with an encompassing edge projection opposite the externally located glass plate, a spacer which is gas-tightly inserted generally along the edge between the inwardly located and externally located glass plates (2, 3) creating a plate interspace, a cured cordon of sealant securing said panels together and a fixing arrangement which along the edge encompasses the spacer and is positioned between the glass plates (2, 3) for receiving a fitting, whereby actuating elements pass through the inwardly located glass plate through openings and facilitate access to the fitting, characterized in that said fixing arrangement is formed by a closed support profile and an outwardly opening generally U-shaped profile, which arrangement is closely fastened onto the cured sealant between the glass plates (2, 3) and not permanently nor strongly bonded with the abutting glass plates (2,3) via the sealant or any additional glue, and said closed support profile is formed by strongly connected parts forming continuous framing structure, and the closed support profile and the outwardly opening U-shaped profile, are bonded together by at least one mean adapted to ensure durable structural connection.
A compressor comprising an impeller, a diffuser and a shroud, wherein the diffuser comprises a plurality of vanes and one or more projections, each projection extends from the top of a vane, the shroud comprises one or more holes, the shroud covers the impeller and the diffuser such that each projection protrudes through a respective hole, characterized in that the shroud is secured to the projections by an adhesive wherein the shroud comprises a pair of concentric walls (24,25), located on the upper surface of its outer section, that delimit a trough within which the holes are located, and the adhesive is located around the trough.
A cartridge device for a measuring system for measuring viscoelastic characteristics of a sample liquid, in particular a blood sample, comprising: a cartridge body having at least one measurement cavity (20, 20') formed therein and having at least one probe element (22, 22') arranged in said at least one measurement cavity (20, 20') for performing a test on said sample liquid; and a cover being attached on said cartridge body, wherein said cover covers at least partially said at least one measurement cavity (20, 20') and wherein said cover forms a retaining element for retaining said probe element (22, 22') in a predetermined position within said at least one measurement cavity; wherein said probe element (22, 22') comprises sealing means for sealing the measurement cavity (20, 20') against the cover. a cartridge body having at least one measurement cavity (20, 20') formed therein and having at least one probe element (22, 22') arranged in said at least one measurement cavity (20, 20') for performing a test on said sample liquid; and a cover being attached on said cartridge body, wherein said cover covers at least partially said at least one measurement cavity (20, 20') and wherein said cover forms a retaining element for retaining said probe element (22, 22') in a predetermined position within said at least one measurement cavity; wherein said probe element (22, 22') comprises sealing means for sealing the measurement cavity (20, 20') against the cover.
A powder formed by "core-shell" type particles comprising a core and N shell(s), where N is an integer greater than or equal to 1, said shell(s) covering the core; the core and said shell(s) each comprising a crystalline coordination polymer of the respective formula (TR (i) X) ∞, where for any i ranging from 0 to N, TR (i) represents a rare earth trivalent cation or a mixture of rare earth trivalent cations, the consecutive TR (i) s having a different composition, at least two of the TR (i) s respectively comprising at least one luminescent rare earth cation; and where X represents a ligand adapted to the formation of coordination polymers; said powder being likely to be obtained by a method comprising the following successive steps: - providing a ligand X salt and TR (i) salts, the ligand X salt being provided so as to be at least in stoichiometric proportions with respect to the cumulative set of TR (i) s for the formation of the coordination polymers (TR (i) X) ∞; - mixing the TR salt with the ligand X salt, to form a coordination polymer precipitate of the formula (TR X) ∞ by precipitation; and, - for any j ranging from 0 to N-1, adding the TR (j+1) salt in order to form said (j+1) th shell (TR (j+1) X) ∞ covering (TR (j) X) ∞ by precipitation and epitaxial growth. the core and said shell(s) each comprising a crystalline coordination polymer of the respective formula (TR (i) X) ∞, where for any i ranging from 0 to N, TR (i) represents a rare earth trivalent cation or a mixture of rare earth trivalent cations, the consecutive TR (i) s having a different composition, at least two of the TR (i) s respectively comprising at least one luminescent rare earth cation; and where X represents a ligand adapted to the formation of coordination polymers; said powder being likely to be obtained by a method comprising the following successive steps: - providing a ligand X salt and TR (i) salts, the ligand X salt being provided so as to be at least in stoichiometric proportions with respect to the cumulative set of TR (i) s for the formation of the coordination polymers (TR (i) X) ∞; - mixing the TR salt with the ligand X salt, to form a coordination polymer precipitate of the formula (TR X) ∞ by precipitation; and, - for any j ranging from 0 to N-1, adding the TR (j+1) salt in order to form said (j+1) th shell (TR (j+1) X) ∞ covering (TR (j) X) ∞ by precipitation and epitaxial growth. - providing a ligand X salt and TR (i) salts, the ligand X salt being provided so as to be at least in stoichiometric proportions with respect to the cumulative set of TR (i) s for the formation of the coordination polymers (TR (i) X) ∞; - mixing the TR salt with the ligand X salt, to form a coordination polymer precipitate of the formula (TR X) ∞ by precipitation; and, - for any j ranging from 0 to N-1, adding the TR (j+1) salt in order to form said (j+1) th shell (TR (j+1) X) ∞ covering (TR (j) X) ∞ by precipitation and epitaxial growth.
Energy accumulator for an on-load tap changer, with a first gearwheel, which is arranged on a rotatable drive shaft and which drives a crank by way of at least one further gearwheel (7, 9), wherein the crank is mechanically connected with a resilient element which can be stressed when the drive element is drawn up and wherein a drive output element after stressing of the resilient element can be triggered and abruptly pivots, characterised in that the drive element is a rocker, which comprises a first rocker roller and a second rocker roller respectively actuating in alternation a first latch and a second latch, wherein a first detent position and a second detent position are associated with the first latch at the drive output element and similarly a first detent position and a second detent position are associated with the second latch at the drive output element so that the first latch and the second latch are disposed in alternation in the first detent position (39, 43) and the second detent position (41, 45) in dependence on the setting of the rocker.
An anchoring device for a roof, for fastening an object (51, 53, 56) on said roof, comprising a plate designed to rest on the roof and comprising a central through-hole, and an anchoring rod passing through the central hole in the plate and arranged to be firmly connected to the roof by its bottom end and comprising towards its top end a thread receiving a fastening nut for tightening the plate against the roof, the anchoring device also comprising sealing means for ensuring a seal between the anchoring rod and the plate and, at its top end, fastening means for fastening said object thereon, characterised in that it further comprises a sealing nut (3, 3', 3") screwed onto the top end of the device and arranged to cap the end of the anchoring rod and the fastening nut, the sealing nut bearing said fastening means, and the sealing nut being a cap nut (3, 3") or comprising a screw fastened in sealing manner in a drill hole in the end of the sealing nut.
An infrared heating means for heating buildings, with a radiant tube and a burner connected thereto in terms of flow at a first end, via which burner a gas heated by the burner can be supplied to the radiant tube by means of which the radiant tube can be heated in order to emit infrared radiation on its surface, wherein the radiant tube has an electrical resistance heating means with which said tube can be heated at least in portions with electric current from a power supply (14, 14a), characterised in that the infrared heating means has an electrical switching means (12, S1 to S5), and in that the radiant tube has at least a first partial portion made of an electrically conductive material, and in that the resistance heating means comprises at least a first and second electrical contact element (K1, K2) arranged spaced apart from each other on the partial portion, which element can be connected to an electrical current source (14, 14a) via the electrical switching means (12, S1 to S5).
A demodulation pixel, comprising: a semiconductor substrate; a photo sensitive section in the semiconductor substrate for converting light into charge carriers; storage nodes for receiving the charge carriers; a demodulation region for transferring the charge carriers to the different storage nodes; photo gates (110a-d; 212; 214; 216; 218) over the photo sensitive section for generating a lateral drift field to direct the charge carriers to the demodulation region; and characterized by: a majority carrier current through the semiconductor substrate that directs the charge carriers to the demodulation region and two majority carrier nodes (236; 238) on either end of the photo sensitive section between which the majority carrier current flows. a semiconductor substrate; a photo sensitive section in the semiconductor substrate for converting light into charge carriers; storage nodes for receiving the charge carriers; a demodulation region for transferring the charge carriers to the different storage nodes; photo gates (110a-d; 212; 214; 216; 218) over the photo sensitive section for generating a lateral drift field to direct the charge carriers to the demodulation region; and characterized by: a majority carrier current through the semiconductor substrate that directs the charge carriers to the demodulation region and two majority carrier nodes (236; 238) on either end of the photo sensitive section between which the majority carrier current flows.
A supported membrane comprising an inorganic, solid, porous filtration membrane supported by an inorganic solid porous support, said supported membrane comprising nanoparticles of a metal coordination polymer with CN ligands comprising M n+ cations, where M is a transition metal and n is 2 or 3; and Alk + y [M' m] x- anions, where Alk is an alkaline metal, y is 0, 1, or 2, M' is a transition metal, x is 3 or 4, and m is 6 or 8; said M n+ cations of the coordination polymer being bound through an organometallic or coordination bond to an organic group of an organic graft chemically attached to the surface of the filtration membrane, inside the pores of the filtration membrane, and optionally inside the pores of the support.
An analysis assistance method of assisting determination of an analysis condition of a supercritical fluid chromatograph including a liquid sender that supplies a mobile phase including a supercritical fluid to a supply flow path (PA, PB), first and second back pressure regulators (161, 162) respectively provided in first and second flow paths into which the supply flow path (PA, PB) branches and an analysis column provided at an upstream of the first back pressure regulator in the first flow path, including: setting pressure in the first back pressure regulator to a value higher than a prescribed second set value with pressure in the second back pressure regulator set to the second set value; instructing the supercritical fluid chromatograph to supply the mobile phase to the supply flow path (PA, PB) at a flow rate of the mobile phase that is to be theoretically supplied to the first flow path when the mobile phase is supplied to the supply flow path (PA, PB) at a prescribed total flow rate and a prescribed sample introduction ratio, and then instructing the supercritical fluid chromatograph to gradually decrease a set value of the pressure in the first back pressure regulator; and detecting a set value of the pressure in the first back pressure regulator at the time when supply of the mobile phase to the second flow path is stopped due to a decrease in set value of the pressure in the first back pressure regulator, as a first set value. setting pressure in the first back pressure regulator to a value higher than a prescribed second set value with pressure in the second back pressure regulator set to the second set value; instructing the supercritical fluid chromatograph to supply the mobile phase to the supply flow path (PA, PB) at a flow rate of the mobile phase that is to be theoretically supplied to the first flow path when the mobile phase is supplied to the supply flow path (PA, PB) at a prescribed total flow rate and a prescribed sample introduction ratio, and then instructing the supercritical fluid chromatograph to gradually decrease a set value of the pressure in the first back pressure regulator; and detecting a set value of the pressure in the first back pressure regulator at the time when supply of the mobile phase to the second flow path is stopped due to a decrease in set value of the pressure in the first back pressure regulator, as a first set value.