mhurhangee/ep-ind-claims huggingface dataset:
A modular system for assembling at least one lattice wall for a security cage, which system comprises; - a plurality of elongate intermediate posts (10, 20a, 20b) arranged to be mounted side by side in at least one row, the intermediate posts thereby extending in parallel in a first direction, each post exhibiting a number of transverse primary through openings (11, 21) arranged in pairs along the post, the primary trough openings of each pair being aligned in a second direction which is perpendicular to the first direction; - a plurality of elongate first bars, arranged to be mounted side by side in parallel, extending in the second direction, by insertion through respective pairs of said through openings (11, 21) in a plurality of intermediate posts (10, 20a, 20b) arranged side by side in said row, - at least two locking posts (40a, 40b) arranged to be secured to a first and a last intermediate post in said row of intermediate posts; and - securing means (24, 25, 44) for securing the locking posts (40a, 40b) to respective end sides of said first and last intermediate posts, which end sides faces away from each other, thereby to lock the first bars from being removed by displacement in the second direction, characterised in that the elongated intermediate posts (10, 20a, 20b) are hollow and the modular system further comprises elongate second bars having circular cross section and being arranged to be inserted longitudinally in the intermediate posts (10, 20a, 20b). - a plurality of elongate intermediate posts (10, 20a, 20b) arranged to be mounted side by side in at least one row, the intermediate posts thereby extending in parallel in a first direction, each post exhibiting a number of transverse primary through openings (11, 21) arranged in pairs along the post, the primary trough openings of each pair being aligned in a second direction which is perpendicular to the first direction; - a plurality of elongate first bars, arranged to be mounted side by side in parallel, extending in the second direction, by insertion through respective pairs of said through openings (11, 21) in a plurality of intermediate posts (10, 20a, 20b) arranged side by side in said row, - at least two locking posts (40a, 40b) arranged to be secured to a first and a last intermediate post in said row of intermediate posts; and - securing means (24, 25, 44) for securing the locking posts (40a, 40b) to respective end sides of said first and last intermediate posts, which end sides faces away from each other, thereby to lock the first bars from being removed by displacement in the second direction,
A humidity control unit, comprising: an air passage through which a first space which is a target space and a second space communicate with each other; a moisture absorber (30, 32) arranged in the air passage and configured to absorb moisture from air and desorb the moisture to the air; a heat source (21, 22, 32) arranged in the air passage and configured to at least cool or heat the moisture absorber (30, 32); an air transport mechanism configured to allow the air in the air passage to flow in reverse directions; and a controller configured to control the heat source (21, 22, 32) and the air transport mechanism, the controller alternately performs: a first action of allowing the heat source (21, 22, 32) to cool the moisture absorber (30, 32) and allowing the air transport mechanism to transport the air in the second space to the first space, and a second action of allowing the heat source (21, 22, 32) to heat the moisture absorber (30, 32) and allowing the air transport mechanism to transport the air in the first space (S 1) to the second space, and characterized in that the controller stops the air transport mechanism for a predetermined period after the end of the first action and before the start of the second action. an air passage through which a first space which is a target space and a second space communicate with each other; a moisture absorber (30, 32) arranged in the air passage and configured to absorb moisture from air and desorb the moisture to the air; a heat source (21, 22, 32) arranged in the air passage and configured to at least cool or heat the moisture absorber (30, 32); an air transport mechanism configured to allow the air in the air passage to flow in reverse directions; and a controller configured to control the heat source (21, 22, 32) and the air transport mechanism, the controller alternately performs: a first action of allowing the heat source (21, 22, 32) to cool the moisture absorber (30, 32) and allowing the air transport mechanism to transport the air in the second space to the first space, and a second action of allowing the heat source (21, 22, 32) to heat the moisture absorber (30, 32) and allowing the air transport mechanism to transport the air in the first space (S 1) to the second space, and a first action of allowing the heat source (21, 22, 32) to cool the moisture absorber (30, 32) and allowing the air transport mechanism to transport the air in the second space to the first space, and a second action of allowing the heat source (21, 22, 32) to heat the moisture absorber (30, 32) and allowing the air transport mechanism to transport the air in the first space (S 1) to the second space, and characterized in that the controller stops the air transport mechanism for a predetermined period after the end of the first action and before the start of the second action.
A tilt-less liner system for unloading bulk cargo from a container liner in a container, which container liner has been loaded using a tilt-less liner apparatus with bulk cargo on top and said container liner has a linear floor located between two sidewalls of said container liner and having a front end and a back end formed into a bulkhead, by ridged members being placed across said back end of said container liner, to retain said bulk commodity in said container liner and with at least one port in said bulkhead substantially the width of said container liner floor between said two side walls and located proximate said container liner floor for allowing unloading of said bulk cargo therethrough, the system comprising: - a second floor liner composed of a flexible high strength material arranged in folded stacks of overlapping multiple pre-folded sections of from at least two to up to ten folded layers stacked covering said container liner floor for removal of said bulk cargo with said second floor liner; - a coiling means removably connected to said container and to said second floor liner at said bulkhead end for pulling said second floor liner out of said stacked overlapping pre-folded arrangement and out of said container liner causing said bulk cargo to move out with said second floor liner as said second floor liner is coiled on said coiling means and moved out of said container liner; - a hopper means provided below said coiling means for receiving said bulk cargo as said coiling means coils up said second floor liner on said coiling means and said second floor liner is removed from said container liner and for processing said bulk cargo for distribution; and - a distribution means provided in said hopper means for the collection of said bulk cargo from said hopper means for controlled distribution of said unloaded bulk cargo. - a second floor liner composed of a flexible high strength material arranged in folded stacks of overlapping multiple pre-folded sections of from at least two to up to ten folded layers stacked covering said container liner floor for removal of said bulk cargo with said second floor liner; - a coiling means removably connected to said container and to said second floor liner at said bulkhead end for pulling said second floor liner out of said stacked overlapping pre-folded arrangement and out of said container liner causing said bulk cargo to move out with said second floor liner as said second floor liner is coiled on said coiling means and moved out of said container liner; - a hopper means provided below said coiling means for receiving said bulk cargo as said coiling means coils up said second floor liner on said coiling means and said second floor liner is removed from said container liner and for processing said bulk cargo for distribution; and - a distribution means provided in said hopper means for the collection of said bulk cargo from said hopper means for controlled distribution of said unloaded bulk cargo.
Lovastatin diol lactone for use in the treatment of methanogen-associated disorders by inhibiting or reducing methanogenesis in the gastrointestinal tract of a human subject.
Dynamic pseudonymization method for a data profiling network comprising at least one data node ( 115 1 -115 8) configured for receiving input data related to users and transforming said input data into output user data profile related to users, said data node comprising user data records ( 210 1 -210 3) for storing input data related to users together with dynamic input pseudonyms of the users, said data node being configured for computing said output user data profile related to a user from said input data and for storing the computed output data profiles in said user data records ( 220 1 -220 2) thereof, the method comprising: receiving at the data node new input data related to a user along with an associated new user pseudonym and an old user pseudonym that was associated with previously received input data related to the user in the past or a set of candidate old user pseudonyms; in said data node, finding the user data record corresponding to the received new input data as the user data record having stored therein a dynamic input user pseudonym equal to said old user pseudonym received together with said new input data or to one user pseudonym belonging to the received set of candidate old user pseudonyms; temporarily storing, in the found user data record, the new input data; setting the dynamic input user pseudonym stored in said user data record of said data node equal to the last received new user pseudonym associated with the received input data related to the user; computing at given times said output user data profile by using new input data accumulated in the user data record, storing the computed output user data profile in the user data record, and then erasing said accumulated new input data from the user data record. receiving at the data node new input data related to a user along with an associated new user pseudonym and an old user pseudonym that was associated with previously received input data related to the user in the past or a set of candidate old user pseudonyms; in said data node, finding the user data record corresponding to the received new input data as the user data record having stored therein a dynamic input user pseudonym equal to said old user pseudonym received together with said new input data or to one user pseudonym belonging to the received set of candidate old user pseudonyms; temporarily storing, in the found user data record, the new input data; setting the dynamic input user pseudonym stored in said user data record of said data node equal to the last received new user pseudonym associated with the received input data related to the user; computing at given times said output user data profile by using new input data accumulated in the user data record, storing the computed output user data profile in the user data record, and then erasing said accumulated new input data from the user data record.
Method for maintaining and regulating a timepiece resonator mechanism around the natural frequency (ω0) thereof, wherein at least one regulator device is implemented, acting on said resonator mechanism with a periodic motion, and said periodic motion imposes a periodic modulation of at least the resonant frequency of said resonator mechanism, by imposing at least a modulation of the active length of a spring comprised in said resonator mechanism, with a regulation frequency (ωR) which is comprised between 0.9 times and 1.1 times the value of an integer multiple of said natural frequency (ω0), said integer being greater than or equal to 2.
Self-propelled and self-steering floor cleaning appliance, comprising a drive unit for traveling on a floor surface to be cleaned, a cleaning unit, which has a wiping roller for wet-cleaning the floor surface and a sweeping roller for sweeping the floor surface, a cleaning liquid container for a cleaning liquid, as well as at least one dirt container (60; 122, 124) for dirt collected from the floor surface, wherein the floor surface is cleanable with the sweeping roller and the wiping roller in the same operation, characterized in that the floor cleaning appliance (120; 130; 140; 150; 160) comprises a first dirt container for accommodating dirt swept up with the sweeping roller and a second dirt container for accommodating dirt collected with the wiping roller.
A fuel-injection controller for an engine, the engine including a high pressure pump, an air intake passage fuel injection device configured to inject fuel into an air intake passage, and an inside cylinder fuel injection device configured to inject fuel pressurized by the high pressure pump into a combustion chamber; the high pressure pump including a drive shaft, a cam provided on the drive shaft, a plunger that is moved by the cam in a compressing chamber to pressurize fuel in the compressing chamber, a spill valve that opens and closes a supply passage of fuel to the compressing chamber; the fuel-injection controller comprising: a control device that controls (i)fuel injection by the air intake passage fuel injection device, and fuel injection by the inside cylinder fuel injection device on the basis of a driving state of the engine, and (ii) drive of the spill valve based on the movement of the plunger within the compressing chamber, in order to control a discharge state of fuel from the high pressure pump, the control device controlling the spill valve to reduce an operation frequency thereof as a load of the engine decreases by changing the number of operations of the spill valve per rotation of the drive shaft based on the load and rotational speed of the engine, at the time of fuel injection by the inside cylinder fuel injection device. (i)fuel injection by the air intake passage fuel injection device, and fuel injection by the inside cylinder fuel injection device on the basis of a driving state of the engine, and (ii) drive of the spill valve based on the movement of the plunger within the compressing chamber, in order to control a discharge state of fuel from the high pressure pump, the control device controlling the spill valve to reduce an operation frequency thereof as a load of the engine decreases by changing the number of operations of the spill valve per rotation of the drive shaft based on the load and rotational speed of the engine, at the time of fuel injection by the inside cylinder fuel injection device.
An electric contact element which has a contact part and a connecting part, wherein the connecting part can be connected to an electrical conductor of a cable, wherein coolant can be conveyed to the contact element, characterized in that the electric contact element has an at least two-part design and the connecting part and the contact part are each formed by separate components which can be reversibly connected to each other and the connecting part has a cavity through which coolant can flow, wherein the connecting part has an essentially cylindrical design and exhibits a hollow cylinder, characterized in that the hollow cylinder exhibits an outlet opening at the end and tapers towards the end and opens out in an outlet opening and that the hollow cylinder has a blade structure attached.
A sports article comprising an elongate tubular shaft comprised of a fiber-reinforced resin matrix composite material, wherein the elongate tubular shaft has a length in a longitudinal shaft direction and the shaft is multilaminar and includes at least two fibrous layers (102, 103), each of which fibrous layers (102, 103)is helically wrapped about a wrapping direction extending along the longitudinal shaft direction to form the elongate tubular shaft, wherein each fibrous layer (102, 103) is helically wrapped about the wrapping direction so that the structural fibers of each helical wrap at least partially overlap with the structural fibers of a longitudinally adjacent helical wrap and the helical wrap (106, 106') has a width, orthogonal to a helical direction (H, H'), of from 10 to 140 mm, wherein each fibrous layer (102, 103) comprises a plurality of oriented structural fibers which are substantially aligned along the longitudinal shaft direction so as to be oriented within +/- 10° of the longitudinal shaft direction, the oriented structural fibers having a length (d), along the longitudinal shaft direction, of less than the length of the elongate tubular shaft to form discontinuous structural fibers serially oriented along the longitudinal shaft direction of the elongate tubular shaft.
A plasma source modification and coupling device, with a diaphragm, optical or other elements for the manipulation of plasma parameters, and a support to precisely position and keep the diaphragm and other elements in position, characterized in that an air-cooling device is thermally coupled to the diaphragm.
A structured catalyst for catalyzing an endothermic reaction of a feed gas to convert it to a product gas, said structured catalyst comprising at least one macroscopic structure of an electrically conductive material and at least one connector attached to the at least one macroscopic structure, wherein the macroscopic structure supports a catalytically active material, the macroscopic structure extending in a longitudinal direction from a first end to a second end, where said first end forms an inlet to said macroscopic structure for said feed gas and said second end forms an outlet for said product gas, said macroscopic structure comprising a circumferential wall encircling an internal space, wherein the connector comprises first engagement means for engaging an outer surface of the circumferential wall of a first macroscopic structure, wherein the engagement means has an inner surface with a shape matching at least a part of the outer surface of the circumferential wall, wherein the engagement means is attached to the outer surface of the circumferential wall by an interference fit, wherein the structured catalyst comprises at least two macroscopic structures, wherein the connector comprises at least two engagement means each engaging one of said macroscopic structures, and wherein the inner surfaces of said engagement means are arranged so as to allow said macroscopic structures to extend parallel to the longitudinal direction.
A method of controlling a gear ratio rate of change in a machine having a continuously variable transmission that includes a variable displacement pump fluidly connected to at least one variable displacement motor, the method comprising steps of: moving an operator input device to indicate a desired travel direction; receiving electronic data indicative of the desired travel direction with an electronic controller; determining a non-limited desired gear ratio based at least in part on the desired travel direction with the electronic controller; determining if a change in travel direction is requested by comparing the non-limited desired gear ratio to a previous desired gear ratio; selecting a maximum gear ratio rate of change corresponding to the non-limited desired gear ratio and an actual gear ratio of the continuously variable transmission from an electronically stored gear ratio rate map of the electronic controller; determining a current desired gear ratio based at least in part on a previous desired gear ratio and the maximum gear ratio rate of change with the electronic controller; and changing a commanded gear ratio of the continuously variable transmission to the current desired gear ratio using electronic signals; and wherein performing the steps of selecting a maximum gear ratio rate of change, determining a current desired gear ratio, and changing a commanded gear ratio is responsive to a change in travel direction from a forward travel direction to a reverse travel direction, or a change in travel direction from a reverse travel direction to a forward travel direction. moving an operator input device to indicate a desired travel direction; receiving electronic data indicative of the desired travel direction with an electronic controller; determining a non-limited desired gear ratio based at least in part on the desired travel direction with the electronic controller; determining if a change in travel direction is requested by comparing the non-limited desired gear ratio to a previous desired gear ratio; selecting a maximum gear ratio rate of change corresponding to the non-limited desired gear ratio and an actual gear ratio of the continuously variable transmission from an electronically stored gear ratio rate map of the electronic controller; determining a current desired gear ratio based at least in part on a previous desired gear ratio and the maximum gear ratio rate of change with the electronic controller; and changing a commanded gear ratio of the continuously variable transmission to the current desired gear ratio using electronic signals; and wherein performing the steps of selecting a maximum gear ratio rate of change, determining a current desired gear ratio, and changing a commanded gear ratio is responsive to a change in travel direction from a forward travel direction to a reverse travel direction, or a change in travel direction from a reverse travel direction to a forward travel direction.
A system for populating a mesh network model of network entities (114, 122, 130), comprising: peer devices (114, 122) that are configured to transmit peer device signals by utilizing a wireless broadcasting procedure; mobile devices operable to wirelessly detect said peer device signals; produce wireless scan data corresponding to said peer devices from said peer device signals; and transmit said wireless scan data to a location server; wherein the location server is operable to receive said wireless scan data, said location server comprising a device location calculator operable to performing a location estimation calculation procedure with said wireless scan data to determine location coordinates of said peer devices and said mobile devices; and to populate a mesh network model with said location coordinates of said peer devices and said mobile devices and identifiers of said devices which are associated with the corresponding coordinates. peer devices (114, 122) that are configured to transmit peer device signals by utilizing a wireless broadcasting procedure; mobile devices operable to wirelessly detect said peer device signals; produce wireless scan data corresponding to said peer devices from said peer device signals; and transmit said wireless scan data to a location server; wherein the location server is operable to receive said wireless scan data, said location server comprising a device location calculator operable to performing a location estimation calculation procedure with said wireless scan data to determine location coordinates of said peer devices and said mobile devices; and to populate a mesh network model with said location coordinates of said peer devices and said mobile devices and identifiers of said devices which are associated with the corresponding coordinates.
A synthetic nutritional composition comprising 2'-fucosyllactose (2'FL) as the only fucosylated oligosaccharide and lacto-N-neotetraose (LNnT)_as the only N-acetylated oligosaccharide, for use in preventing and/or treating allergy symptoms in an infant or a young child, by increasing colonic propionate production in said infant or young children; and the composition does not contain any sialylated oligosaccharide(s), any GOS and/or any bovine milk oligosaccharide.