mhurhangee/patent-ind-claim-en huggingface dataset:
A wall plug for composite waterproofing systems with a hollow cylindrical main body , wherein the main body has an opening at a first end in the axial direction for receiving a screw wherein the main body has a first section (A1) and a second section (A2) in the axial direction, wherein the first section (A1) is arranged between the second section (A2) and the first end of the main body , wherein in the first section (A1), the main body has a sealant on its radially outer circumferential surface and optionally on its radially inner circumferential surface and is free of the sealant on its radially outer circumferential surface in the second section (A2), wherein the sealant is formed from a material that is different from the material from which the main body is formed, and wherein the sealant completely surrounds the main body in the first section (A1) at the radially outer circumferential surface of the main body thus forming a ring, and wherein the sealant is formed of an elastic material and configured to provide sealing properties on both sides of a composite waterproofing system when a screw is screwed into the wall plug , characterised in that the main body has in the first section (A1) on its radially inner circumferential surface a projection extending in the radial and the axial direction. wherein the main body has an opening at a first end in the axial direction for receiving a screw wherein the main body has a first section (A1) and a second section (A2) in the axial direction, wherein the first section (A1) is arranged between the second section (A2) and the first end of the main body , wherein in the first section (A1), the main body has a sealant on its radially outer circumferential surface and optionally on its radially inner circumferential surface and is free of the sealant on its radially outer circumferential surface in the second section (A2), wherein the sealant is formed from a material that is different from the material from which the main body is formed, and wherein the sealant completely surrounds the main body in the first section (A1) at the radially outer circumferential surface of the main body thus forming a ring, and wherein the sealant is formed of an elastic material and configured to provide sealing properties on both sides of a composite waterproofing system when a screw is screwed into the wall plug , characterised in that the main body has in the first section (A1) on its radially inner circumferential surface a projection extending in the radial and the axial direction.
Constriction device for body parts, comprising a constriction band which can be placed around a body part, and a closure arrangement by means of which the constriction band can be locked in its tightened state around a body part to form a clamping loop, the constriction band being provided with a thickened pressure means which is attached to or integrated in the constriction band , characterized in that the closure arrangement has at least two different closure units made of two closure parts (200, 201; 210, 211) which mutually cooperate so as to close, a first closure unit having a first closure part which comprises loops, and a second closure part which comprises hook elements which are designed for hooking into the loops, and in that a second closure unit has an additional first closure part which comprises an adhesive element, an additional second closure part being formed by a band portion.
A radio link monitoring method by a user equipment, UE , communicating with a network in which a base station, BS , and at least one remote radio head, RRH , coexist within a cell, the method comprising: receiving reference signal configuration information, RSCI, from the network to which the UE belongs, the RSCI including information related to at least one Channel State Information reference signal, CSI-RS, type corresponding to which of the BS or the RRH transmits the CSI-RS and which is used for a monitoring RS, MRS, among a plurality of RS types and information related to the transmission time point of the at least one CSI-RS type among a plurality of different time points respectively corresponding to the plurality of RS types; receiving at least one RS from at least one of the BS or the at least one RRH at a time point corresponding to a RS type based on the received RSCI; and performing radio link monitoring using the received RSs of the at least one RS type to obtain respective monitoring results. receiving reference signal configuration information, RSCI, from the network to which the UE belongs, the RSCI including information related to at least one Channel State Information reference signal, CSI-RS, type corresponding to which of the BS or the RRH transmits the CSI-RS and which is used for a monitoring RS, MRS, among a plurality of RS types and information related to the transmission time point of the at least one CSI-RS type among a plurality of different time points respectively corresponding to the plurality of RS types; receiving at least one RS from at least one of the BS or the at least one RRH at a time point corresponding to a RS type based on the received RSCI; and performing radio link monitoring using the received RSs of the at least one RS type to obtain respective monitoring results.
Dynamoelectric machine , in particular high-voltage machine, with an NDE side and a DE side, wherein the DE side faces a processing machine to be driven, a stator which has a winding system which effects a rotation of a rotor by way of electromagnetic interaction, which rotor is connected to a drive shaft in a rotationally fixed manner, at least one bearing lubricated with oil which guides and/or holds the drive shaft a cooling system for the oil of the bearing , which has at least one recooler and the required pipework therefor from and to the bearing , wherein a conveyance of the oil from, through and to the bearing takes place by means of at least one conveying facility, which is directly coupled to the drive shaft , such that oil conveyance takes place when the drive shaft is rotated, wherein the cooling system of the oil works independently of an external power supply, wherein the conveying facility is preferably arranged on the NDE side, wherein the recooler recools the oil by means of air, characterised in that in the case of a dynamoelectric machine cooled by means of air, a recooling of the oil of the bearing is provided by way of an oil-air heat exchanger as the recooler , which is arranged in the air path of the dynamoelectric machine cooled by means of air, wherein the dynamoelectric machine cooled by means of air has an inherent fan , in whose immediate intake and/or outlet region the recooler is arranged. an NDE side and a DE side, wherein the DE side faces a processing machine to be driven, a stator which has a winding system which effects a rotation of a rotor by way of electromagnetic interaction, which rotor is connected to a drive shaft in a rotationally fixed manner, at least one bearing lubricated with oil which guides and/or holds the drive shaft a cooling system for the oil of the bearing , which has at least one recooler and the required pipework therefor from and to the bearing , wherein a conveyance of the oil from, through and to the bearing takes place by means of at least one conveying facility, which is directly coupled to the drive shaft , such that oil conveyance takes place when the drive shaft is rotated, wherein the cooling system of the oil works independently of an external power supply, wherein the conveying facility is preferably arranged on the NDE side, wherein the recooler recools the oil by means of air, characterised in that in the case of a dynamoelectric machine cooled by means of air, a recooling of the oil of the bearing is provided by way of an oil-air heat exchanger as the recooler , which is arranged in the air path of the dynamoelectric machine cooled by means of air, wherein the dynamoelectric machine cooled by means of air has an inherent fan , in whose immediate intake and/or outlet region the recooler is arranged.
Ventilating device comprising flat elements which in a first setting bear against one another in order to provide a closed surface and in a second setting are arranged at a spacing from one another in order to form air outlet openings, characterised in that - the flat elements are connected together by way of flexible connecting elements , - the flat elements which are arranged at the edges are connected with setting means and - the setting means are constructed and arranged to be movable in such a way that all flat elements can be brought into the second setting by way of the setting means. - the flat elements are connected together by way of flexible connecting elements , - the flat elements which are arranged at the edges are connected with setting means and - the setting means are constructed and arranged to be movable in such a way that all flat elements can be brought into the second setting by way of the setting means.
A dialysis system configured for use in a method for regenerating a dialysis fluid, the system comprising: an anode that comprises a plurality of nanostructures; and an air permeable cathode that blocks liquids but passes gases through; and the method comprising: flowing the dialysis fluid between the anode and the cathode; illuminating the anode with a source of light; flowing oxygen through the cathode toward the dialysis fluid; and converting urea in the dialysis fluid into CO 2 , N 2 and H 2 O thereby regenerating the dialysis fluid. an anode that comprises a plurality of nanostructures; and an air permeable cathode that blocks liquids but passes gases through; and the method comprising: flowing the dialysis fluid between the anode and the cathode; illuminating the anode with a source of light; flowing oxygen through the cathode toward the dialysis fluid; and flowing the dialysis fluid between the anode and the cathode; illuminating the anode with a source of light; flowing oxygen through the cathode toward the dialysis fluid; and converting urea in the dialysis fluid into CO 2 , N 2 and H 2 O thereby regenerating the dialysis fluid.
An equipment management method comprising: receiving (S11), by an equipment management apparatus , from a fuel cell system , a state message including an information element indicating a state of the fuel cell system ; specifying (S12), by the equipment management apparatus , the recommended time based on the state message, transmitting (S13), by the equipment management apparatus , to a predetermined terminal , a notification message based on the state message, wherein the notification message includes an information element indicating a recommended time for which maintenance of the fuel cell system is recommended to be executed, and wherein the specifying the recommended time includes specifying the recommended time based on the rate at which the temperature of the fuel cell system decreases. receiving (S11), by an equipment management apparatus , from a fuel cell system , a state message including an information element indicating a state of the fuel cell system ; specifying (S12), by the equipment management apparatus , the recommended time based on the state message, transmitting (S13), by the equipment management apparatus , to a predetermined terminal , a notification message based on the state message, wherein the notification message includes an information element indicating a recommended time for which maintenance of the fuel cell system is recommended to be executed, and wherein the specifying the recommended time includes specifying the recommended time based on the rate at which the temperature of the fuel cell system decreases.
A method for managing a Hybrid Automatic Repeat reQuest, HARQ, parameter indicating a number of autonomous HARQ transmission attempts to be applied for a transmission on at least one Device-To-Device, D2D, link between a first device and a second device , wherein the transmission on the at least one D2D link is a transmission which does not pass through a network node, wherein the method comprises: determining (A010) a load relating to D2D communication between at least the first and second devices on the at least one D2D link; and determining (A020) the HARQ parameter based on the load, wherein the determining (A020) of the HARQ parameter comprises determining the HARQ parameter as a step function of load, wherein the step function steps down for at least one specific increase of the load. determining (A010) a load relating to D2D communication between at least the first and second devices on the at least one D2D link; and determining (A020) the HARQ parameter based on the load, wherein the determining (A020) of the HARQ parameter comprises determining the HARQ parameter as a step function of load, wherein the step function steps down for at least one specific increase of the load.
Threshing or separating concave for grain harvesting, having curved side members between which concave bars having an elongate cross-sectional profile extend, the ends of which concave bars that are on the inside of the curve are provided with a rounding and with concave wires which extend in the direction of the curve and extend through openings in the concave bars , characterized in that the openings are directly adjacent to the roundings and the roundings directly adjoin the openings .
A device for easy vascular access (S) allowing for external access to a vessel (D), comprising: - at least a first port positioned subcutaneously and for guiding a needle inserted from outside; - at least a second port positioned subcutaneously and for guiding a needle inserted from outside; - at least one graft at least one part of which is suitable to be connected to a vessel (D), and at least another part of which is connected to the first port and the second port , and which comprises at least one connection conduit at least one part of which is suitable to be connected to a vessel (D), and at least another part of which is connected to the second port and which allows the needle inserted from outside to reach to the vessel, and at least one expansion conduit at least one part of which is connected to the first port and which is expanded when filled with a fluid and thus blocks the connection conduit ; - at least one needle which is suitable to be inserted through the skin of the patient into a vessel (D) via the second port ; and - at least one valve located on that part of the connection conduit that is close to the vessel (D) and which allows one-way fluid passage characterised in that , said first port comprises at least one body which forms the outer surface; at least one hollow delivery chamber provided inside the said body and which delivers the fluid introduced from outside into the expansion conduit ; at least one delivery line which connects the delivery chamber to the expansion conduit ; and at least one gel for passing the needle into the delivery chamber . - at least a first port positioned subcutaneously and for guiding a needle inserted from outside; - at least a second port positioned subcutaneously and for guiding a needle inserted from outside; - at least one graft at least one part of which is suitable to be connected to a vessel (D), and at least another part of which is connected to the first port and the second port , and which comprises at least one connection conduit at least one part of which is suitable to be connected to a vessel (D), and at least another part of which is connected to the second port and which allows the needle inserted from outside to reach to the vessel, and at least one expansion conduit at least one part of which is connected to the first port and which is expanded when filled with a fluid and thus blocks the connection conduit ; - at least one needle which is suitable to be inserted through the skin of the patient into a vessel (D) via the second port ; and - at least one valve located on that part of the connection conduit that is close to the vessel (D) and which allows one-way fluid passage
A water-containing composition having a pH of from 5.7 to 12.8 and comprising ion-crosslinked polyvinyl alcohol microcapsules, wherein the ion for cross-linking is boron, and the composition comprises a fabric care, personal care, or cleaning product, said microcapsules being susceptible to disintegration in the absence of the application of crushing force when dried to release the content of the microcapsule, wherein said microcapsules contain a fragrance component as a core material, and wherein said microcapsules are obtainable by the method comprising the steps of: a) providing an aqueous suspension of polyvinyl alcohol having a solids content within the range of 4 to 25% by weight; b) combining said aqueous suspension of step (a) with at least one emulsifiable fragrance component under sufficient applied shear and for a time sufficient to obtain a stable emulsion of said at least one emulsifiable fragrance component in said aqueous suspension of polyvinyl alcohol; and c) subsequently adding a source of boron ions to said emulsion of step (b) in an amount sufficient to crosslink said polyvinyl alcohol to obtain an aqueous mixture of fragrance-containing microcapsules. a) providing an aqueous suspension of polyvinyl alcohol having a solids content within the range of 4 to 25% by weight; b) combining said aqueous suspension of step (a) with at least one emulsifiable fragrance component under sufficient applied shear and for a time sufficient to obtain a stable emulsion of said at least one emulsifiable fragrance component in said aqueous suspension of polyvinyl alcohol; and c) subsequently adding a source of boron ions to said emulsion of step (b) in an amount sufficient to crosslink said polyvinyl alcohol to obtain an aqueous mixture of fragrance-containing microcapsules.
A hydraulic hammering device, comprising: - a cylinder ; - a piston slidingly fitted in the cylinder ; - a piston front chamber and a piston rear chamber which are defined between an outer circumferential surface of the piston and an inner circumferential surface of the cylinder and disposed separately from each other at front and rear, respectively, in an axial direction of the piston ; - a switching-valve mechanism driving the piston by switching at least one of the piston front chamber and the piston rear chamber into communication with at least one of a high pressure circuit and a low pressure circuit ; characterised in that the hydraulic hammer device further comprises - an acceleration piston , which is disposed behind the piston and which is configured to generate thrust of the acceleration means by pressurized oil to come in contact with the piston during a retreat stroke of the piston , to urge and to accelerate the piston forward in cooperation with braking force by pressurized oil acting on the piston . - a cylinder ; - a piston slidingly fitted in the cylinder ; - a piston front chamber and a piston rear chamber which are defined between an outer circumferential surface of the piston and an inner circumferential surface of the cylinder and disposed separately from each other at front and rear, respectively, in an axial direction of the piston ; - a switching-valve mechanism driving the piston by switching at least one of the piston front chamber and the piston rear chamber into communication with at least one of a high pressure circuit and a low pressure circuit ; characterised in that the hydraulic hammer device further comprises - an acceleration piston , which is disposed behind the piston and which is configured to generate thrust of the acceleration means by pressurized oil to come in contact with the piston during a retreat stroke of the piston , to urge and to accelerate the piston forward in cooperation with braking force by pressurized oil acting on the piston .
An alignment and joining system comprising a plurality of cladding panels hung above each other on a supporting wall by means of suspension devices so that horizontal edges of said panels are opposingly abutted against each other, wherein the system includes at least one alignment and joining unit composed of at least a pair of bases , one for each adjacent panel which cooperate in combination with each other and said suspension devices to join and align said panels to each other and the wall, characterized in that at least one hole and one projecting pin , are present on a side of each base , said bases being fixed to each panel in correspondence with said horizontal edges so that the at least one pin of a base of a panel is inserted in the at least one hole of the base of the opposite panel and viceversa.
A system comprising: a well tool configured to be positioned within a wellbore ; a sleeve defining an inner volume, the sleeve configured to secure at least a portion of the well tool within the inner volume while the well tool is positioned within the wellbore; a hollow member positioned within the inner volume and coupled to the well tool; and a rod positioned within the inner volume and coupled to the sleeve, the rod passing through the hollow member to couple to the sleeve, the rod configured to move the sleeve relative to the well tool in response to a pressure applied on the rod, wherein the hollow member defines a seat configured to receive the rod to restrict movement of the sleeve relative to the well tool. a well tool configured to be positioned within a wellbore ; a sleeve defining an inner volume, the sleeve configured to secure at least a portion of the well tool within the inner volume while the well tool is positioned within the wellbore; a hollow member positioned within the inner volume and coupled to the well tool; and a rod positioned within the inner volume and coupled to the sleeve, the rod passing through the hollow member to couple to the sleeve, the rod configured to move the sleeve relative to the well tool in response to a pressure applied on the rod, wherein the hollow member defines a seat configured to receive the rod to restrict movement of the sleeve relative to the well tool.