mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: calculating a first communication latency of a first link between a first processing element associated with a first switch and a second processing element associated with a second switch; calculating a second communication latency associated with a second link between the first processing element and a third processing element in a third switch; determining whether respective clock rates associated with the first switch, the second switch, and the third switch have a clock rate variation, to yield a clock rate variation determination; determining a delta between the first communication latency and the second communication latency; based on the delta and the clock rate variation determination, determining an offset value for synchronizing the first communication latency and the second communication latency; and based on the offset value, calibrating traffic over at least one of the first link and the second link by delaying at least a portion of the traffic. calculating a first communication latency of a first link between a first processing element associated with a first switch and a second processing element associated with a second switch; calculating a second communication latency associated with a second link between the first processing element and a third processing element in a third switch; determining whether respective clock rates associated with the first switch, the second switch, and the third switch have a clock rate variation, to yield a clock rate variation determination; determining a delta between the first communication latency and the second communication latency; based on the delta and the clock rate variation determination, determining an offset value for synchronizing the first communication latency and the second communication latency; and based on the offset value, calibrating traffic over at least one of the first link and the second link by delaying at least a portion of the traffic.
Method of solidifying a ground, wherein in the method: a polymer based elastic network former of a ground solidifier is processed with a binder and water to a solidified ground; and an amount of the used network former, an amount of the used binder and an amount of the used water is adjusted dependent on a composition of the ground; wherein the ground solidifier which is used for solidifying the ground comprises: the binder; and the amount of the elastic network former relating to the amount of the binder, with which the network former and the water are processed for forming the solidified ground, wherein the network former comprises or consists of a latex polymer, characterized in that the amount of the elastic network former relating to the amount of the binder is 2 weight percent to 3,5 weight percent. a polymer based elastic network former of a ground solidifier is processed with a binder and water to a solidified ground; and an amount of the used network former, an amount of the used binder and an amount of the used water is adjusted dependent on a composition of the ground; wherein the ground solidifier which is used for solidifying the ground comprises: the binder; and the amount of the elastic network former relating to the amount of the binder, with which the network former and the water are processed for forming the solidified ground, wherein the network former comprises or consists of a latex polymer, the binder; and the amount of the elastic network former relating to the amount of the binder, with which the network former and the water are processed for forming the solidified ground, wherein the network former comprises or consists of a latex polymer, characterized in that the amount of the elastic network former relating to the amount of the binder is 2 weight percent to 3,5 weight percent.
A consumer operated kiosk for recycling an electronic device, the kiosk comprising: a user interface configured to receive input associated with the electronic device; an area configured to receive the electronic device from the user, the area having an access panel and being configured to attenuate wireless signals from outside the area; and a wireless communication component configured to wirelessly receive data from the electronic device, and further characterised in that the kiosk is configured to determine whether the electronic device is located within the area configured to receive the electronic device based on detecting the strength of wireless signals from the electronic device when the access panel to the area is closed. a user interface configured to receive input associated with the electronic device; an area configured to receive the electronic device from the user, the area having an access panel and being configured to attenuate wireless signals from outside the area; and a wireless communication component configured to wirelessly receive data from the electronic device, and further characterised in that the kiosk is configured to determine whether the electronic device is located within the area configured to receive the electronic device based on detecting the strength of wireless signals from the electronic device when the access panel to the area is closed.
A method comprising: receiving, by at least one memory of a limit repository supporting a limit repository model, application information associated with multiple process control applications (112, 114, 122-126) used to control an industrial process, the application information comprising multiple limits used by the process control applications, the limits comprising boundaries (220, 261-264) associated with the process control applications, each boundary assigned and associated with at least one of multiple hierarchical levels; storing and maintaining the limits in the limit repository, the limit repository configured to monitor and maintain consistency between the process control applications using the limits; and altering, by at least one processing device of the limit repository, the association of the boundaries with the hierarchical levels in the limit repository independent of the process control applications by using the limit repository model, wherein the hierarchical levels are associated with different levels of criticality regarding the industrial process. receiving, by at least one memory of a limit repository supporting a limit repository model, application information associated with multiple process control applications (112, 114, 122-126) used to control an industrial process, the application information comprising multiple limits used by the process control applications, the limits comprising boundaries (220, 261-264) associated with the process control applications, each boundary assigned and associated with at least one of multiple hierarchical levels; storing and maintaining the limits in the limit repository, the limit repository configured to monitor and maintain consistency between the process control applications using the limits; and altering, by at least one processing device of the limit repository, the association of the boundaries with the hierarchical levels in the limit repository independent of the process control applications by using the limit repository model, wherein the hierarchical levels are associated with different levels of criticality regarding the industrial process.
A composition comprising an ethylene-based polymer, wherein the ethylene-based polymer comprises the following properties: a) an Mw(abs) from 130,000 to 162,000 g/mol as measured according to the method described in the description; b) a melt index from 1.5 to 3.0 g/10 min; and c) an ADF LS from 0.350 to 0.450 for molecular weight ≥ 500,000 g/mol. a) an Mw(abs) from 130,000 to 162,000 g/mol as measured according to the method described in the description; b) a melt index from 1.5 to 3.0 g/10 min; and c) an ADF LS from 0.350 to 0.450 for molecular weight ≥ 500,000 g/mol.
Canister wet vacuum cleaner comprising a main body, said main body comprising a steam generator and a cyclonic separation system for separating solids and/or liquids from a suctioned air flow, wherein said cyclonic separation system has a total volume of from 2000 to 7000 cm 3, preferably of from 3000 to 6000 cm 3 and comprises: two or more cyclonic units, wherein the radial distance between the outer wall and the inner wall of the first cyclonic unit is of from 20 mm to 40 mm, preferably of from 25 mm to 35 mm, and a collection chamber for collecting liquids and/or solids separated from the suctioned air flow, wherein said collection chamber is partially separated from the first cyclonic unit by a toroidal partition wall, which extends radially from an inner wall toward a side wall; wherein said toroidal partition wall is not in contact with said side wall, so that an annular space is identified between the perimeter of the toroidal partition wall and said side wall, which annular space puts said collection chamber in communication with said first cyclonic unit, so that liquids and/or solids separated from the suctioned air flow in the first cyclonic unit fall through said annular space into the collection chamber; wherein the perimeter of the toroidal partition wall comprises an indent, so that the annular space between said perimeter of the toroidal partition wall and the side wall is not uniform and comprises a first portion having a first radial distance to the side wall of from 6 mm to 9 mm, and a second portion having a second radial distance to the side wall of from 1 mm to 4 mm. two or more cyclonic units, wherein the radial distance between the outer wall and the inner wall of the first cyclonic unit is of from 20 mm to 40 mm, preferably of from 25 mm to 35 mm, and a collection chamber for collecting liquids and/or solids separated from the suctioned air flow, wherein said collection chamber is partially separated from the first cyclonic unit by a toroidal partition wall, which extends radially from an inner wall toward a side wall;
An electric energy transmission joint, comprising an electric energy transmission copper part, an electric energy transmission aluminum part, and an aluminum wire, with the electric energy transmission copper part comprising a fixer for connection with an electric consumption device and a connector for connection with the electric energy transmission aluminum part, wherein a first through hole is provided inside the electric energy transmission aluminum part, a second through hole is provided inside the connector, an aluminum conductive core exposed by stripping an insulation layer from a front end of the aluminum wire is inserted into a cavity formed by the connection of the first through hole and the second through hole, and the electric energy transmission aluminum part is connected to the aluminum wire by crimping; characterized in that a transitional connection device is further provided between the aluminum conductive core and an inner wall of the cavity, and an inner surface and an outer surface of the transitional connection device is provided with protrusions for piercing oxide layers on a surface of the aluminum conductive core and a surface of the inner wall of the cavity.
A mobile station apparatus (1-1, 1-2, 1-3) that is configured to communicate with a base station apparatus using a plurality of cells, said mobile station apparatus comprising: a management unit, wherein the plurality of cells is grouped into a plurality of groups, each of the plurality of groups containing at least one cell, wherein the at least one cell grouped to a same group among the plurality of groups has a same transmission timing, and the management unit is configured to, in a case where a cell is deleted from a first group of the plurality of groups, the first group having a timing reference cell, and the deleted cell is added to a newly-made group in accordance with a message from the base station apparatus, one or more cells grouped to the newly-made group having a same transmission timing, set the added cell to a deactivated status. a management unit, wherein the plurality of cells is grouped into a plurality of groups, each of the plurality of groups containing at least one cell, wherein the at least one cell grouped to a same group among the plurality of groups has a same transmission timing, and the management unit is configured to, in a case where a cell is deleted from a first group of the plurality of groups, the first group having a timing reference cell, and the deleted cell is added to a newly-made group in accordance with a message from the base station apparatus, one or more cells grouped to the newly-made group having a same transmission timing, set the added cell to a deactivated status.
A salt or mixture of salts of -(+)-abscisic acid prepared with: (i) alkali metal cations of high molecular weight or large steric bulk, wherein said salt is the rubidium salt or the caesium salt; (ii) quaternary ammonium cations of the form R 1 R 2 R 3 R 4 N +, wherein R 1, R 2, R 3 and R 4 are independently lower alkyl, alkenyl or alkynyl of 1 to 6 carbons, arranged in a straight or branched chain and comprising or joined together to form 0 or 1 ring structures and bearing 0, 1 or 2 halogens or hydroxyl groups and wherein one or more R group may bear a phenyl substituent; or (iii) a guanidinium salt or mixture of guanidinium salts of -(+)-abscisic acid, wherein the guanidine may bear 1 to 5 methyl or ethyl groups. (i) alkali metal cations of high molecular weight or large steric bulk, wherein said salt is the rubidium salt or the caesium salt; (ii) quaternary ammonium cations of the form R 1 R 2 R 3 R 4 N +, wherein R 1, R 2, R 3 and R 4 are independently lower alkyl, alkenyl or alkynyl of 1 to 6 carbons, arranged in a straight or branched chain and comprising or joined together to form 0 or 1 ring structures and bearing 0, 1 or 2 halogens or hydroxyl groups and wherein one or more R group may bear a phenyl substituent; or (iii) a guanidinium salt or mixture of guanidinium salts of -(+)-abscisic acid, wherein the guanidine may bear 1 to 5 methyl or ethyl groups.
Conveying system for conveying goods along a conveying direction to a discharge point, comprising: - a conveying belt, comprising conveying modules and pins, which extend transversely to the conveying direction, wherein the pins are arranged an intermediate distance (t) apart in order to couple the conveying modules together so as to form the conveying belt; - turning wheels (7, 8), around which the conveying belt is drivable along a closed path; - receiving cavities, in which the conveying belt is free from said conveying modules, wherein the conveying belt is designed to be continuous adjacent to the lateral sides of the receiving cavities; and - carriers, wherein each carrier is hingeably attached to a said pin, which is arranged on a front side of a said receiving cavity, between a folded-down position, in which this carrier is accommodated in this corresponding receiving cavity, and a folded-up position, in which this carrier is upright with respect to the conveying belt in order to entrain the goods when conveying these goods; characterized in that each carrier has a height (h) greater than a said intermediate distance (t), in that each receiving cavity, viewed in the conveying direction, is free from conveying modules and from pins along a length (l) greater than a said intermediate distance (t), and in that each carrier extends entirely within the closed path of the conveying belt, between said turning wheels, at the location of the discharge point and in the folded-down position. - a conveying belt, comprising conveying modules and pins, which extend transversely to the conveying direction, wherein the pins are arranged an intermediate distance (t) apart in order to couple the conveying modules together so as to form the conveying belt; - turning wheels (7, 8), around which the conveying belt is drivable along a closed path; - receiving cavities, in which the conveying belt is free from said conveying modules, wherein the conveying belt is designed to be continuous adjacent to the lateral sides of the receiving cavities; and - carriers, wherein each carrier is hingeably attached to a said pin, which is arranged on a front side of a said receiving cavity, between a folded-down position, in which this carrier is accommodated in this corresponding receiving cavity, and a folded-up position, in which this carrier is upright with respect to the conveying belt in order to entrain the goods when conveying these goods;
The use of at least one peptide for producing a transdermal therapeutic system comprising a backing layer, which is furnished with a pressure-sensitively adhesive layer comprising at least one water-insoluble polymer; an active ingredient layer, which comprises at least this peptide and a carrier substance in the form of a sheetlike textile structure; and a protective sheet; wherein the peptide is follicle-stimulating hormone (follitropin, FSH) or somatotropic hormone (somatotropin, STH) and the active ingredient layer has an area of 1 to 100 cm 2, preferably of 2 to 80 cm 2, and a thickness of between 10 and 200 μm, preferably between 15 and 90 μm, and more preferably between 20 and 80 μm, for administering this peptide through ablatively treated skin to a patient.
A network service life cycle management grant method, comprising: receiving, by a first network functions virtualization orchestrator, NFVO, a network service, NS, life cycle management, LCM, operation request, wherein the NS LCM operation request carries an identifier of a first NS instance and a type of an NS LCM operation, wherein the first NFVO manages the first NS instance; sending, by the first NFVO, a grant request to a second NFVO based on the NS LCM operation request, to request the second NFVO to permit the first NFVO to perform virtual resource management of an NS LCM operation, wherein the grant request carries the identifier of the first NS instance and the type of the NS LCM operation, wherein the second NFVO manages a second NS instance and the first NS instance is included in the second NS instance; receiving, by the first NFVO, a grant response sent by the second NFVO based on the grant request; and performing, by the first NFVO based on the grant response, virtual resource management of the NS LCM operation. receiving, by a first network functions virtualization orchestrator, NFVO, a network service, NS, life cycle management, LCM, operation request, wherein the NS LCM operation request carries an identifier of a first NS instance and a type of an NS LCM operation, wherein the first NFVO manages the first NS instance; sending, by the first NFVO, a grant request to a second NFVO based on the NS LCM operation request, to request the second NFVO to permit the first NFVO to perform virtual resource management of an NS LCM operation, wherein the grant request carries the identifier of the first NS instance and the type of the NS LCM operation, wherein the second NFVO manages a second NS instance and the first NS instance is included in the second NS instance; receiving, by the first NFVO, a grant response sent by the second NFVO based on the grant request; and performing, by the first NFVO based on the grant response, virtual resource management of the NS LCM operation.
A control method for building up pressure by means of pressure intensifiers in a press for testing the pressure resistance of pipes by filling their given interior upon sealing the pipe ends with a fluid and subsequently acting upon the fluid with additional fluid introduced with pre-definable pressure, wherein the pipe is filled by means of at least two pressure intensifiers (D1, D2) that are acted upon with hydraulic oil and on their high-pressure side connected to a medium supply via lines with check valves (6, 6') arranged thereon, as well as connected to the pipe interior via additional check valves (6'', 61''') arranged in the lines, and wherein the pressure intensifiers (D1, D2) are interconnected with position measuring devices (W1, W2) and control valves (18, 19) arranged upstream thereof by means of a common control unit so as to form an operating system, characterized in that a plunger of a piston-cylinder unit (14, 16) of a first pressure intensifier reduces its speed shortly before it has completed its working stroke and approached its end position and a plunger of a piston-cylinder unit (15, 17) of an another operational pressure intensifier is simultaneously set in motion, wherein the position measuring devices (W1, W2) determine the respective position of the plungers (11, 12) and input this position into the control unit in order to detect the beginning of the respective deceleration or acceleration of the pressure intensifiers (D1, D2).
A drip irrigation system (10, 100) comprising a distribution pipe (12, 120) and drip irrigation pipes (14, 140) branching off from communication with the distribution pipe, each drip pipe comprises a flushing valve (20, 200) coupled to a downstream end and at least some of the drip pipes comprising each an inlet valve (16, 160) coupled to an upstream end for communication with the distribution pipe, the system further comprising at least one command valve (23, 25, 230, 250) in communication with the distribution pipe and with at least some of the inlet valves wherein opening of the command valve is configured to close the at least some inlet valves.
A penile implant comprising: an inflatable bladder providing a fluid chamber; a distal tip extending from a distal end of the inflatable bladder; and a proximal tip assembly extending from a proximal end of the inflatable bladder, the proximal tip assembly including a tip core providing a first proximal tip diameter and a tip sleeve disposed over the tip core to provide a second proximal tip diameter that is larger than the first proximal tip diameter, the tip sleeve removable from the tip core to provide the penile implant with a proximal tip that is convertible between the first and second proximal tip diameters (D1, D2), characterized in that the tip core provides a first proximal tip length and the tip sleeve that is disposed over the tip core provides a second proximal tip length that is substantially the same as the first proximal tip length, wherein the second proximal tip length is less than 0.5 cm longer than the first proximal tip length. an inflatable bladder providing a fluid chamber; a distal tip extending from a distal end of the inflatable bladder; and a proximal tip assembly extending from a proximal end of the inflatable bladder, the proximal tip assembly including a tip core providing a first proximal tip diameter and a tip sleeve disposed over the tip core to provide a second proximal tip diameter that is larger than the first proximal tip diameter, the tip sleeve removable from the tip core to provide the penile implant with a proximal tip that is convertible between the first and second proximal tip diameters (D1, D2), characterized in that the tip core provides a first proximal tip length and the tip sleeve that is disposed over the tip core provides a second proximal tip length that is substantially the same as the first proximal tip length, wherein the second proximal tip length is less than 0.5 cm longer than the first proximal tip length.