mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: in a portable computing device comprising at least one processor and a memory , generating at least one information beacon from each of a plurality of applications installed on the portable computing device , wherein each information beacon comprises application analytics data associated with a corresponding application while the corresponding application is running on the portable computing device, wherein the information beacon is a data block or structure which is generated while an application is being executed on a device to provide application-related analytics; storing the at least one information beacon from each of the plurality of applications in a common location in the portable computing device , the at least one information beacon having been collected according to a beacon collection policy implemented by a beacon collection module provided at a network device , wherein the beacon collection policy causes collection of the information beacons at a pre-determined schedule; and dispatching , in one transmission and according to a beacon dispatch policy implemented by a beacon service provided at the portable computing device , all of the stored at least one information beacon , from each of the plurality of applications to the network device communicatively coupled to the portable computing device , wherein the beacon dispatch policy causes dispatching of the collected information beacons from a beacon database to an analysis server at a pre-determined schedule. in a portable computing device comprising at least one processor and a memory , generating at least one information beacon from each of a plurality of applications installed on the portable computing device , wherein each information beacon comprises application analytics data associated with a corresponding application while the corresponding application is running on the portable computing device, wherein the information beacon is a data block or structure which is generated while an application is being executed on a device to provide application-related analytics; storing the at least one information beacon from each of the plurality of applications in a common location in the portable computing device , the at least one information beacon having been collected according to a beacon collection policy implemented by a beacon collection module provided at a network device , wherein the beacon collection policy causes collection of the information beacons at a pre-determined schedule; and dispatching , in one transmission and according to a beacon dispatch policy implemented by a beacon service provided at the portable computing device , all of the stored at least one information beacon , from each of the plurality of applications to the network device communicatively coupled to the portable computing device , wherein the beacon dispatch policy causes dispatching of the collected information beacons from a beacon database to an analysis server at a pre-determined schedule.
Profile system having a frame profile for a plate-shaped element that is to be illuminated, wherein the frame profile comprises a releasable clamping profile , which is designed to clamp the element to be illuminated onto the frame, and wherein an interchangeable lighting means receiving rail is arranged within the frame profile having the frame profile , wherein the lighting means receiving rail is removably arranged in the frame profile when the clamping profile is separated from the frame profile , wherein the lighting means receiving rail is received in the frame profile in a manner to be able to slide in and out, and is latchably retained in the frame profile .
Glazing for fire-protection wall elements, windows, doors or the like having at least two glass panes spaced apart in parallel and a spacer arranged between these glass panes , wherein the spacer has a sleeve and at least two stop surfaces fixed permanently to the sleeve and spaced apart in parallel, wherein a first stop surface is provided for supporting a first glass pane and a second stop surface is provided for supporting a second glass pane and the stop surfaces define a spacing, wherein the spacer has the external form of a thread spool characterized in that the external diameter of the sleeve is smaller than the external diameter of the stop surfaces , and that the sleeve terminates flush with the stop surfaces on both sides and does not protrude beyond the stop surfaces .
Facility including a fuel cell comprising a stack including a set of electrochemical generators superimposed along a stacking axis, and, axially on either side of said set, heating plates having cavities and access orifices for accessing these cavities, and including a source of hydrogen gas under pressure linked to said orifices of said heating plates and a device for managing the supply to said cavities from this gas source and the evacuation of the gas from these cavities , said cavities being blind holes at least partially filed with a hydride suitable to absorb the hydrogen while producing heat and to desorb the previously absorbed hydrogen, where the gas source is linked to said fuel cell by a supply conduit comprising successively a high-pressure expansion valve and a low-pressure expansion valve and where the management device comprises: - a first solenoid valve linked firstly to a junction of the supply conduit between said high-pressure expansion valve and said low-pressure expansion valve and secondly to a system of conduits linked to said access orifices and connecting in parallel said cavities , - a second solenoid valve linked firstly to a junction of the supply conduit between said low-pressure expansion valve and said set of electrochemical generators and secondly to said system of conduits ; and - an electronic unit for managing the opening/closure of said solenoid valves, able to bring about cycles successively comprising the opening of the first solenoid valve , the closure of the first solenoid valve , the opening of the second solenoid valve and the closure of the second solenoid valve . - a first solenoid valve linked firstly to a junction of the supply conduit between said high-pressure expansion valve and said low-pressure expansion valve and secondly to a system of conduits linked to said access orifices and connecting in parallel said cavities , - a second solenoid valve linked firstly to a junction of the supply conduit between said low-pressure expansion valve and said set of electrochemical generators and secondly to said system of conduits ; and - an electronic unit for managing the opening/closure of said solenoid valves, able to bring about cycles successively comprising the opening of the first solenoid valve , the closure of the first solenoid valve , the opening of the second solenoid valve and the closure of the second solenoid valve .
A method for handling aqueous solutions of methanesulfonic acid (MSA) having a concentration of from 50 to 99% by weight of MSA in apparatuses in which the aqueous MSA solution is in contact with steel surfaces, where the steel comprises austenitic steels having a chromium content of from 15 to 22% by weight and a nickel content of from 9 to 15% by weight, where the temperature of the MSA in the course of the handling is less than 40°C, wherein the total chlorine content in the aqueous MSA solution is less than 25 mg/kg.
Stretcher comprising: - a frame , - a resting surface supported on the frame with an opening in correspondence with the area intended to support the user's trunk, characterized in that the stretcher additionally comprises: - a support element arranged in the opening which has a contact surface adaptable in height to the shape of the user's trunk, - a height adjustment device of the contact surface of the support element, - one or more pressure sensor/s located on the contact surface of the support element, intended to detect the pressure exerted by the support element on the user's trunk, and - a control unit which receives signals from the pressure sensors and, depending on them, acts on the height adjustment device of the contact surface , modifying the height of the contact surface of the support element as a function of the pressure and therefore of the shape of the user's trunk. - a frame , - a resting surface supported on the frame with an opening in correspondence with the area intended to support the user's trunk, characterized in that the stretcher additionally comprises: - a support element arranged in the opening which has a contact surface adaptable in height to the shape of the user's trunk, - a height adjustment device of the contact surface of the support element, - one or more pressure sensor/s located on the contact surface of the support element, intended to detect the pressure exerted by the support element on the user's trunk, and - a control unit which receives signals from the pressure sensors and, depending on them, acts on the height adjustment device of the contact surface , modifying the height of the contact surface of the support element as a function of the pressure and therefore of the shape of the user's trunk. - a support element arranged in the opening which has a contact surface adaptable in height to the shape of the user's trunk, - a height adjustment device of the contact surface of the support element, - one or more pressure sensor/s located on the contact surface of the support element, intended to detect the pressure exerted by the support element on the user's trunk, and - a control unit which receives signals from the pressure sensors and, depending on them, acts on the height adjustment device of the contact surface , modifying the height of the contact surface of the support element as a function of the pressure and therefore of the shape of the user's trunk.
A printing apparatus comprising: a print section configured to perform printing on a medium ; a supply path configured to supply the medium to the print section; a correction roller pair configured to enable the medium transported on the supply path to strike the correction roller pair to correct skewing of the medium; an adjusting mechanism for adjusting a nip load applied to the correction roller pair; and characterized by a controller configured to control the adjusting mechanism based on print job information; and a switchback mechanism for switching back the medium having a first side and a second side on which printing has been performed on the first side and for transporting the medium to the supply path, wherein, between a first transport operation in which the first side is on the print section side and a second transport operation in which the medium is switched back by the switchback mechanism and the second side is on the print section side, the controller is configured to reduce the nip load in the second transport operation compared to the nip load in the first transport operation. a print section configured to perform printing on a medium ; a supply path configured to supply the medium to the print section; a correction roller pair configured to enable the medium transported on the supply path to strike the correction roller pair to correct skewing of the medium; an adjusting mechanism for adjusting a nip load applied to the correction roller pair; and characterized by a controller configured to control the adjusting mechanism based on print job information; and a switchback mechanism for switching back the medium having a first side and a second side on which printing has been performed on the first side and for transporting the medium to the supply path, wherein, between a first transport operation in which the first side is on the print section side and a second transport operation in which the medium is switched back by the switchback mechanism and the second side is on the print section side, the controller is configured to reduce the nip load in the second transport operation compared to the nip load in the first transport operation.
Method for transmitting software artifacts from a source network (QN) to a target network (ZN), wherein a proxy system (PS) is arranged between the target and the source network, wherein the proxy system (PL) comprises a plug-in (PL), wherein the transmission is monitored on the target network side by means of the plug-ins (PL), wherein - a target-network-internal information structure (WL) is provided, wherein the information structure contains entries, wherein each entry in each case characterises a software artifact that can be downloaded when authorisation is granted by an operator of the target network (ZN), by means of the plug-in (PL): - the entries are read from the target-network-internal information structure (WL), - requests from the target network (WL) relating to the availability of new software artifacts are received on behalf of the source network (QN), characterised in that - for each request at least one entry that matches the request is searched for in the target-network-internal information structure (WL), by means of the plug-in (PL): - as a function of whether the at least one matching entry is present in the target-network-internal information structure (WL), either the software artifact characterised in the at least one entry that matches the request is retrieved or the request is blocked, wherein - to retrieve the software artifact, a connection is set up in just one direction, namely from the target network (ZN) to the source network (QN), and is disconnected again after the retrieval. - a target-network-internal information structure (WL) is provided, wherein the information structure contains entries, wherein each entry in each case characterises a software artifact that can be downloaded when authorisation is granted by an operator of the target network (ZN), - the entries are read from the target-network-internal information structure (WL), - requests from the target network (WL) relating to the availability of new software artifacts are received on behalf of the source network (QN), characterised in that - for each request at least one entry that matches the request is searched for in the target-network-internal information structure (WL), - as a function of whether the at least one matching entry is present in the target-network-internal information structure (WL), either the software artifact characterised in the at least one entry that matches the request is retrieved or the request is blocked, wherein - to retrieve the software artifact, a connection is set up in just one direction, namely from the target network (ZN) to the source network (QN), and is disconnected again after the retrieval.
An apparatus comprising: a panel ; a high-bond adhesive layer fixed to the panel ; a liner fixed to the high-bond adhesive layer that is fixed to the panel ; and a first decorative layer including decorative features to be displayed on a surface formed by the panel , the first decorative layer removably coupled to the liner via a second adhesive layer only, the high-bond adhesive layer being configured to impede at least one of gas or vapor from escaping the panel to deter the at least one of gas or vapor from exerting a pressure on the first decorative layer to deter a portion of the first decorative layer from separating from the panel , wherein the liner is configured to produce a surface energy that is greater than a surface energy produced by the material of the second adhesive layer to deter and/or impede the liner from detaching from the high-bond adhesive layer as the decorative layer and the second adhesive layer are removed from the panel . a panel ; a high-bond adhesive layer fixed to the panel ; a liner fixed to the high-bond adhesive layer that is fixed to the panel ; and a first decorative layer including decorative features to be displayed on a surface formed by the panel , the first decorative layer removably coupled to the liner via a second adhesive layer only, the high-bond adhesive layer being configured to impede at least one of gas or vapor from escaping the panel to deter the at least one of gas or vapor from exerting a pressure on the first decorative layer to deter a portion of the first decorative layer from separating from the panel , wherein the liner is configured to produce a surface energy that is greater than a surface energy produced by the material of the second adhesive layer to deter and/or impede the liner from detaching from the high-bond adhesive layer as the decorative layer and the second adhesive layer are removed from the panel .
A customizable bowling ball return assembly for a bowling lane, comprising: a retrieval area configured to receive one or more bowling balls for retrieval by bowlers at the bowling lane; and a housing located adjacent the retrieval area , the housing comprising: a housing body having a top part and side parts ; and a passage or discharge defined in the housing body that is sized, dimensioned, or configured to allow for passage of the one or more bowling balls to the retrieval area , wherein the customizable bowling ball return assembly is characterized by : a plurality of customizable, modular, or interchangeable portions of a selected size, dimension, shape, or configuration that are selectively coupleable to the housing body , and which include a face portion with one or more selected colors, images, depictions, graphics, themes, finishes, textures, or combinations thereof provided thereon, the plurality of customizable, modular, or interchangeable portions including a pair of opposing side parts that substantially cover the side parts of the housing body , and the plurality of customizable, modular, or interchangeable portions further including at least one connecting mechanism configured to releasably couple the plurality of customizable, modular, or interchangeable portions together and/or to the housing body . a retrieval area configured to receive one or more bowling balls for retrieval by bowlers at the bowling lane; and a housing located adjacent the retrieval area , the housing comprising: a housing body having a top part and side parts ; and a passage or discharge defined in the housing body that is sized, dimensioned, or configured to allow for passage of the one or more bowling balls to the retrieval area , wherein the customizable bowling ball return assembly is characterized by : a housing body having a top part and side parts ; and a passage or discharge defined in the housing body that is sized, dimensioned, or configured to allow for passage of the one or more bowling balls to the retrieval area , wherein the customizable bowling ball return assembly is characterized by : a plurality of customizable, modular, or interchangeable portions of a selected size, dimension, shape, or configuration that are selectively coupleable to the housing body , and which include a face portion with one or more selected colors, images, depictions, graphics, themes, finishes, textures, or combinations thereof provided thereon, the plurality of customizable, modular, or interchangeable portions including a pair of opposing side parts that substantially cover the side parts of the housing body , and the plurality of customizable, modular, or interchangeable portions further including at least one connecting mechanism configured to releasably couple the plurality of customizable, modular, or interchangeable portions together and/or to the housing body .
A plate heat exchanger for evaporation, comprising first heat exchanger plates and second heat exchanger plates arranged beside each other in an alternating order, first plate interspaces for a first fluid to be evaporated, each first plate interspace being formed by a primary pair (I) consisting of one of the second heat exchanger plates and an adjacent one of the first heat exchanger plates , and second plate interspaces for a second fluid, each second plate interspace being formed by a secondary pair (II) consisting of one of the first heat exchanger plates and an adjacent one of the second heat exchanger plates , wherein the first and second plate interspaces are arranged beside each other in an alternating order, wherein each of the first heat exchanger plates and the second heat exchanger plates extends in parallel with an extension plane (p) and comprises a number of portholes (11-14), wherein each of the first heat exchanger plates comprises a peripheral rim surrounding a first porthole of said number of portholes (11-14) and extending transversely to the extension plane (p), wherein the peripheral rim of one of the first heat exchanger plates extends to an adjacent one of the first heat exchanger plates so that the peripheral rims define an inlet channel for the first fluid through the plate heat exchanger, characterized in that each of the secondary pairs (II) encloses an inlet chamber adjacent to the peripheral rim , and that the inlet chamber is closed to the second plate interspaces , is open to the inlet channel and communicates with one of the first plate interspaces via a nozzle member , comprising one or more restrictions holes, thereby permitting a flow of the first fluid from the inlet channel to the first plate interspace .
A method to make an administrable solution, the method comprising: adding an alkali salt to glycerol, wherein the alkali salt is added proportionately per millilitre of the glycerol to increase the solubility of curcuminoid in the glycerol; and dissolving more than 20 milligrams of curcuminoid per millilitre of glycerol. adding an alkali salt to glycerol, wherein the alkali salt is added proportionately per millilitre of the glycerol to increase the solubility of curcuminoid in the glycerol; and dissolving more than 20 milligrams of curcuminoid per millilitre of glycerol.
Suction nozzle for a vacuum cleaner for sucking up dirt and/or dust from a floor by means of a suction air flow, having a housing , a suction chamber formed inside the housing , a suction channel opening into the suction chamber for guiding the suction air flow, and a suction mouth designed as a floor-side opening of the suction chamber , wherein the suction mouth has a central suction mouth portion and two lateral suction mouth portions flanking the central suction mouth portion , and the central suction mouth portion is configured such that the width of the central suction mouth portion increases from the suction channel towards the front of the suction nozzle and the height of the central suction mouth portion decreases from the suction channel towards the front of the suction nozzle at an angle of ≥ 6° and ≤ 10°, characterized in that a means for acoustic shielding of the suction air flow is arranged in the central suction mouth portion in the suction air flow direction between the front side of the suction nozzle and the suction channel .