mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling tower comprising an outer structure, an indirect evaporative heat exchanger within the outer structure, a fan assembly located within the outer structure, a gutter assembly located below the indirect evaporative heat exchanger and within the outer structure, an evaporative liquid distribution assembly located above the indirect evaporative heat exchanger and within the outer structure, a sump located beneath the gutter assembly, wherein the gutter assembly collects a portion of the evaporative liquid falling from the indirect evaporative heat exchanger and directs the collected evaporative liquid to the sump , characterised in that the sump is above the fan assembly, and wherein a first portion of the sump is within the outer structure and a second portion of the sump is outside of the outer structure. an outer structure, an indirect evaporative heat exchanger within the outer structure, a fan assembly located within the outer structure, a gutter assembly located below the indirect evaporative heat exchanger and within the outer structure, an evaporative liquid distribution assembly located above the indirect evaporative heat exchanger and within the outer structure, a sump located beneath the gutter assembly, wherein the gutter assembly collects a portion of the evaporative liquid falling from the indirect evaporative heat exchanger and directs the collected evaporative liquid to the sump , characterised in that the sump is above the fan assembly, and wherein a first portion of the sump is within the outer structure and a second portion of the sump is outside of the outer structure.
Method for metering seed in a system according to one of Claims 7 to 14, wherein the seed is replenished from a central storage container into a nursing container in particular by means of drop delivery and is distributed pneumatically there to a plurality of delivery lines to a non-central sowing units , characterized in that an actual filling level (FSI) and/or an actual flow rate (FGI) of the seed in the nursing container is monitored on the inlet side, and the seed is delivered by the sowing units depending on the actual filling level (FSI) and/or the actual flow rate (FGI).
Pan having a body and a handle which is releasably connected to the body by means of a releasable connection comprising a bracket, which is provided with a hole and projected laterally from the body of the pan, and an engaging mechanism, which is arranged on the handle and which comprises a front engaging tooth which is configured to be inserted into said hole , and a cam element which is rotatable into a locked position for pushing with a first cam surface against a corresponding edge of the said hole so as to clamp a part of the bracket between the first cam surface and a facing rear projecting part of the engaging mechanism opposite the engaging tooth, characterized in that a resilient strip is arranged between the said first cam surface and the corresponding edge of the hole so as to be pushed by the cam towards the corresponding edge of the hole against the resilient action when the cam is rotated in the locked position, allowing sliding of the cam surface and pressing against the edge of the hole.
A superabsorbent polymer , characterized by : a plurality of resin particles and each of the resin particles has an internal cross-linking structure; a surface cross-linking agent bonded to a surface of each of the resin particles so as to constitute a surface cross-linked region at the surface of each resin particle , wherein a cross-linking degree of the surface cross-linked region is higher than a cross-linking degree of the core of the resin particle to form a core-shell structure; and a plurality of silicon-containing inorganic salt-containing particles covering an entire surface of each of the resin particles by treating the resin particles having the surface cross-linked region with a weakly acidic aqueous solution containing the silicon-containing inorganic salt-containing particles and having a pH value between 4 and 6.5, wherein each of the silicon-containing inorganic salt-containing particles has a particle size between 1 and 10μm, wherein a weight ratio of alumina to silicon dioxide (silica) in each of the silicon-containing inorganic salt-containing particles is between 0.7 and 0.95, and wherein the silicon dioxide (silica) has a negative charge of -200 μC/g, which is more negative than the alumina, to render the silicon-containing inorganic salt-containing particles as a whole with a negative charge. a plurality of resin particles and each of the resin particles has an internal cross-linking structure; a surface cross-linking agent bonded to a surface of each of the resin particles so as to constitute a surface cross-linked region at the surface of each resin particle , wherein a cross-linking degree of the surface cross-linked region is higher than a cross-linking degree of the core of the resin particle to form a core-shell structure; and a plurality of silicon-containing inorganic salt-containing particles covering an entire surface of each of the resin particles by treating the resin particles having the surface cross-linked region with a weakly acidic aqueous solution containing the silicon-containing inorganic salt-containing particles and having a pH value between 4 and 6.5, wherein each of the silicon-containing inorganic salt-containing particles has a particle size between 1 and 10μm, wherein a weight ratio of alumina to silicon dioxide (silica) in each of the silicon-containing inorganic salt-containing particles is between 0.7 and 0.95, and wherein the silicon dioxide (silica) has a negative charge of -200 μC/g, which is more negative than the alumina, to render the silicon-containing inorganic salt-containing particles as a whole with a negative charge.
A filter assembly comprising a tubular housing and a filter device comprising an open end and a closed end and being located in and extending longitudinally within the tubular housing, the tubular housing comprising a first receptacle for mixing, the first receptacle having an open end and a closed end; and a second receptacle for receiving filtrate, the second receptacle having an open end and a closed end; the filter device being structured and arranged to be enclosed by said first and second receptacles and the open ends of the first and second receptacles each being closeable by the filter device when located to extend longitudinally therein, such that an enclosed filter assembly is formed wherein the filter device comprises a lattice structure of crossing internal and external elongated elements, the lattice structure thereby defining an arrangement of pores, wherein the external elongated elements are presented outwardly of the filter device with respect to the plane of the pores, thereby to provide ribs on the exterior of the lattice structure which are shaped and arranged to provide a first level filter for larger particles, characterized in that the external elongated elements are further shaped and arranged to provide one or more additional filter levels for smaller particles in advance of said pores, through which yet even smaller particles may pass, the external elongated elements being shaped and arranged by having one or more side walls that are shaped in a stepped or castellated manner in order to provide at least three levels of filtration.
A method for associating a non-personalized enclosure with a mailpiece during an inserting and printing process in a mailpieces production system, the method comprising the following successive steps of : - creating a Job file containing at least a mailing list of addresses to be printed on mailpieces, - allocating a distinct mailpiece identifier for a mailpiece, - allocating a temporary machine identifier to the non-personalized enclosure extracted from an insert feeder of the mailpiece production system, the temporary machine identifier being unique to a mailpiece within a Job file, - capturing an insert identifier on the non-personalized enclosure or printing an insert identifier on the non-personalized enclosure and associating said insert identifier with said temporary machine identifier allocated to the non-personalized enclosure, - associating said temporary machine identifier with said distinct mailpiece identifier and recording the mailpiece identifier as being in process, - creating the mailpiece by inserting at least the non-personalized enclosure into an envelope, - printing on the envelope an address associated with the mailpiece identifier, and - recording the mailpiece identifier as being inserted. - creating a Job file containing at least a mailing list of addresses to be printed on mailpieces, - allocating a distinct mailpiece identifier for a mailpiece, - allocating a temporary machine identifier to the non-personalized enclosure extracted from an insert feeder of the mailpiece production system, the temporary machine identifier being unique to a mailpiece within a Job file, - capturing an insert identifier on the non-personalized enclosure or printing an insert identifier on the non-personalized enclosure and associating said insert identifier with said temporary machine identifier allocated to the non-personalized enclosure, - associating said temporary machine identifier with said distinct mailpiece identifier and recording the mailpiece identifier as being in process, - creating the mailpiece by inserting at least the non-personalized enclosure into an envelope, - printing on the envelope an address associated with the mailpiece identifier, and - recording the mailpiece identifier as being inserted.
An atomizer for an electronic cigarette, comprising: a substrate , a heating device , and a cover member , wherein the substrate is provided with a mounting space , one end of the heating device is inserted into the mounting space and partially extends to the outside through the substrate to form a controlling member , and the other end is exposed to the outer surface of the substrate , wherein the atomizer is configured such that, when the controlling member is pressed into the substrate by an external pressing force, the heating device is capable of being pushed to move toward the outside of the substrate along the mounting space and partially extending out of the substrate , and the cover member is detachably mounted to the substrate and is configured for covering the controlling member ; characterized in that : the substrate is further convexly provided with a supporting member at both sides adjacent to the controlling member and an outer peripheral surface of the supporting member is closely fitted to the inner wall of the cover member so that the cover member is fixedly mounted to the substrate ; and a supporting space is formed between the two supporting members and a surface of an extending end of the supporting member is flush with or higher than a surface of the controlling member extending beyond the substrate . a substrate , a heating device , and a cover member , wherein the substrate is provided with a mounting space , one end of the heating device is inserted into the mounting space and partially extends to the outside through the substrate to form a controlling member , and the other end is exposed to the outer surface of the substrate , wherein the atomizer is configured such that, when the controlling member is pressed into the substrate by an external pressing force, the heating device is capable of being pushed to move toward the outside of the substrate along the mounting space and partially extending out of the substrate , and the cover member is detachably mounted to the substrate and is configured for covering the controlling member ; characterized in that : the substrate is further convexly provided with a supporting member at both sides adjacent to the controlling member and an outer peripheral surface of the supporting member is closely fitted to the inner wall of the cover member so that the cover member is fixedly mounted to the substrate ; and a supporting space is formed between the two supporting members and a surface of an extending end of the supporting member is flush with or higher than a surface of the controlling member extending beyond the substrate . the substrate is further convexly provided with a supporting member at both sides adjacent to the controlling member and an outer peripheral surface of the supporting member is closely fitted to the inner wall of the cover member so that the cover member is fixedly mounted to the substrate ; and a supporting space is formed between the two supporting members and a surface of an extending end of the supporting member is flush with or higher than a surface of the controlling member extending beyond the substrate .
An elevator brake disk assembly , comprising: a brake disk which is keyed to and rotatable with a shaft of an elevator machine; a machine frame ; and dampers which are respectively anchored to the machine frame , wherein the dampers comprise first and second opposed dampers ; wherein: the dampers are controllable to assume and move between respective first positions at which the dampers are disengaged from the brake disk and respective second positions at which the dampers are biased to symmetrically hold the brake disk during rotations thereof; the elevator brake assembly further comprising a controller which is configured to identify a condition of the brake disk being in effect and to selectively cause the dampers to move between the first and second positions accordingly, characterized in that the elevator brake disk assembly further includes a brake disk noise sensor disposed proximate to the brake disk so as to pick up noise produced by an excitation of the brake disk , wherein the brake disk noise sensor is coupled to the controller such that data reflective of noise being picked up by the brake disk noise sensor is transmitted to the controller , and wherein the controller is adapted to determine whether a certain level of noise is being produced and, if so, the controller is further adapted to have actuators of the dampers actuated so as to bring the first damper and the second damper into engagement with the brake disk . a brake disk which is keyed to and rotatable with a shaft of an elevator machine; a machine frame ; and dampers which are respectively anchored to the machine frame , wherein the dampers comprise first and second opposed dampers ; wherein: the dampers are controllable to assume and move between respective first positions at which the dampers are disengaged from the brake disk and respective second positions at which the dampers are biased to symmetrically hold the brake disk during rotations thereof; the elevator brake assembly further comprising a controller which is configured to identify a condition of the brake disk being in effect and to selectively cause the dampers to move between the first and second positions accordingly, characterized in that the elevator brake disk assembly further includes a brake disk noise sensor disposed proximate to the brake disk so as to pick up noise produced by an excitation of the brake disk , wherein the brake disk noise sensor is coupled to the controller such that data reflective of noise being picked up by the brake disk noise sensor is transmitted to the controller , and wherein the controller is adapted to determine whether a certain level of noise is being produced and, if so, the controller is further adapted to have actuators of the dampers actuated so as to bring the first damper and the second damper into engagement with the brake disk .
Control device for a building services component (1a..1e), wherein the building component is an emergency light, and wherein the control device comprises: a storage device, which is designed to store protocol data about the operating state of the control device and/or about the building services component (1a. .1e); a control device , which is designed to record data about the operating state of the control device or about the building services component (1a..1e) at specific times, and to store such data as protocol data in the storage device; and an interface , which is designed to establish a direct connection with a reader for reading out the protocol data stored in the storage device, characterized in that the control device is designed to implement a function test and an operational duration test for the acquisition of the data about the operating state at regular time intervals on the basis of a time signal generated by an internal timer or time generator, wherein the time interval between two successive operating duration tests is longer than the time interval between two successive function tests; and after the end of testing, the control device is designed to automatically store test results and error messages of each function and operating duration test in the storage device, wherein a sequential unique number, the time value of the time signal at the test end, and/or the date and/or the time of the test is associated with each function and operating duration test. a storage device, which is designed to store protocol data about the operating state of the control device and/or about the building services component (1a. .1e); a control device , which is designed to record data about the operating state of the control device or about the building services component (1a..1e) at specific times, and to store such data as protocol data in the storage device; and an interface , which is designed to establish a direct connection with a reader for reading out the protocol data stored in the storage device, characterized in that the control device is designed to implement a function test and an operational duration test for the acquisition of the data about the operating state at regular time intervals on the basis of a time signal generated by an internal timer or time generator, wherein the time interval between two successive operating duration tests is longer than the time interval between two successive function tests; and after the end of testing, the control device is designed to automatically store test results and error messages of each function and operating duration test in the storage device, wherein a sequential unique number, the time value of the time signal at the test end, and/or the date and/or the time of the test is associated with each function and operating duration test.
A method for providing an operating signal for a motor vehicle comprising the steps of: a) receiving a signal indicating that an authorised user has been authenticated, b) monitoring an actuation region outside the motor vehicle via an optical sensor system , c) detecting a distance (a) between an object in the actuation region and an optical sensor via the optical sensor system , d) comparing the distance (a) with a specification via the optical sensor system , e) providing an operating signal if the specification is satisfied, characterized in that the actuation region is only monitored for a predetermined actuating period (tB). a) receiving a signal indicating that an authorised user has been authenticated, b) monitoring an actuation region outside the motor vehicle via an optical sensor system , c) detecting a distance (a) between an object in the actuation region and an optical sensor via the optical sensor system , d) comparing the distance (a) with a specification via the optical sensor system , e) providing an operating signal if the specification is satisfied,
Coated paper for use in image transfer in a press printing process, characterised in that the coated paper has a paper layer and a coating having a composition of 93 wt% to 98 wt%, preferably 96 wt% corn dextrin, 0.2 wt% to 0.5 wt%, preferably 0.4 wt% soda, 1 wt% to 3 wt%, preferably 2 wt% borax and 1 wt% to 2 wt%, preferably 1.6 wt% sodium chloride, wherein said coating composition has a viscosity between 3000 and 6000 CP and is disposed on the paper layer in a layer having a basis weight from 8 g/m 2 to 12 g/m 2 , wherein the paper layer has a basis weight of 50 g/m 2 to 80 g/m 2 , and wherein the residual moisture of the coating is in a range of 5 wt% to 7 wt%.
Automatic float valve , in particular for a drinking trough for livestock, said drinking trough comprising a container or a tank intended to be filled with water, said valve comprising a nozzle intended to be connected to the water inlet, which nozzle comprises a body of the nozzle that receives a valve member seat on which a valve member can close under the action of a valve member holder mounted on the body of the nozzle so as to be movable between at least an open position of the valve member and a closed position of the valve member applied against the valve member seat , under the action of the water level in the tank on at least one float secured to a control arm that the valve member holder fitted with said valve member comprises, said valve being characterized in that it comprises an anti-oscillation device of the valve member , which device comprises at least one braking means cooperating directly or indirectly with said valve member holder to create resistance to the displacement of the latter, at least to the closing of said valve member , said valve being characterized in that said anti-oscillation device comprises at least one connecting rod , a first end of which is hingedly mounted, as appropriate, on the control arm that the valve member body comprises or on the body of the nozzle , and the opposite end of which is secured, so as to be movable in longitudinal displacement, to the body of the nozzle or to the control arm that the valve member holder comprises, respectively, via means for securing the connecting rod to the arm or to the body , said securing means constituting said braking means.
Measuring system for acquiring measurement values by scanning, the measuring system comprising an interface for connecting the measuring system to a control unit of a machine , the machine being in the form of a machine tool or a measuring machine, the measuring system comprising a measuring instrument , the measuring system being designed to be arrangeable at a movement bar of the machine , a measurement object being able to be measured using the measuring instrument , the measuring instrument generating a measurement value when measuring the measurement object , the measuring system comprising a controller unit , the controller unit having a memory unit for storing the measurement values acquired by the measuring system , the controller unit being able to process and store the measurement value, the measuring system comprising a time generator , characterized in that the measuring system comprises a control module , wherein the control module is set up to read a position coordinate from the machine via the interface and to compare the read position coordinate with a specified coordinate target region and/or wherein the control module is set up to compare a time of the time generator with a specified time and wherein the control module is set up to trigger a trigger signal should the control module determine that the position coordinate is located within the coordinate target region and/or should the time of the time generator have reached or passed the specified time. wherein the control module is set up to read a position coordinate from the machine via the interface and to compare the read position coordinate with a specified coordinate target region and/or wherein the control module is set up to compare a time of the time generator with a specified time and wherein the control module is set up to trigger a trigger signal should the control module determine that the position coordinate is located within the coordinate target region and/or should the time of the time generator have reached or passed the specified time.