mhurhangee/patent-ind-claim-en huggingface dataset:
A method for connecting a connection section of a hose for liquid or gaseous media with a plug connector , wherein the plug connector comprises a connector body , which connector body has an annular space , which is formed by a sleeve-shaped first casing section , which annularly surrounds a central longitudinal axis of the plug connector in cross-section, and a sleeve-shaped second casing section of the plug connector , which section annularly surrounds the central longitudinal axis in cross-section, wherein the first casing section is surrounded by the second casing section , and the casing sections are open toward one another at a second end section , whereby a hose accommodation side of the connector body is formed, wherein - in a first method step, the connection section of the hose is pushed into the annular space of the plug connector from the hose accommodation side of the connector body , and positioned there; - in a second method step, a pressing tool deforms the first casing section of the connector body , with simultaneous deformation of the connection section of the hose , which section lies between the first casing section and the second casing section , in the direction towards the second casing section , and thereby the connection section of the hose is clamped between the first casing section and the second casing section , wherein the second casing section has a narrowing at a front edge of the hose accommodation side , whereby it is ensured that the connection section of the hose is freely deformed in the direction of the second casing section during the pressing process, at least in the region of the annular space that is distant from the front edge , before the connection section of the hose comes to lie against the second casing section , characterized in that a first window opening and a second window opening are disposed in the second casing section , wherein the first window opening is formed in the region of the narrowing , and that by means of a distance measurement device , at at least two measurement points that lie axially apart from one another, the position of an outer casing surface of the second casing section is detected and, through the window openings, the position of the exterior casing surface of the hose , and/or the position of an outer casing surface of the first casing section is detected. - in a first method step, the connection section of the hose is pushed into the annular space of the plug connector from the hose accommodation side of the connector body , and positioned there; - in a second method step, a pressing tool deforms the first casing section of the connector body , with simultaneous deformation of the connection section of the hose , which section lies between the first casing section and the second casing section , in the direction towards the second casing section , and thereby the connection section of the hose is clamped between the first casing section and the second casing section ,
A beverage dispenser , comprising: a nozzle configured to dispense a plurality of beverage ingredients to produce a finished beverage; a user interface configured to receive a selection of a beverage to be dispensed and a selection of a nutritive level for the beverage; a plurality of pumping or metering devices , each configured to supply a beverage ingredient from an ingredient source to the nozzle; a controller configured to look up a nutritive level recipe based on the nutritive level selection and the beverage selection, the nutritive level recipe comprising a predetermined amount of one or more sweeteners to be dispensed to produce the beverage at the selected nutritive level, wherein the controller is further configured to activate one or more of the plurality of pumping or metering devices based on the nutritive level recipe to dispense the amount of the one or more sweeteners; wherein the nutritive level recipe for the selected nutritive level is based on the selected beverage such that, for a given nutritive level selected, the beverage dispenser is configured to dispense different predetermined combinations of sweeteners and/or different predetermined ratios of sweeteners for different selected beverages. a nozzle configured to dispense a plurality of beverage ingredients to produce a finished beverage; a user interface configured to receive a selection of a beverage to be dispensed and a selection of a nutritive level for the beverage; a plurality of pumping or metering devices , each configured to supply a beverage ingredient from an ingredient source to the nozzle; a controller configured to look up a nutritive level recipe based on the nutritive level selection and the beverage selection, the nutritive level recipe comprising a predetermined amount of one or more sweeteners to be dispensed to produce the beverage at the selected nutritive level, wherein the controller is further configured to activate one or more of the plurality of pumping or metering devices based on the nutritive level recipe to dispense the amount of the one or more sweeteners; wherein the nutritive level recipe for the selected nutritive level is based on the selected beverage such that, for a given nutritive level selected, the beverage dispenser is configured to dispense different predetermined combinations of sweeteners and/or different predetermined ratios of sweeteners for different selected beverages.
Riser pipe separator , having - a riser pipe for the pneumatic transport of granular goods suspended in conveying air , wherein the riser pipe has a vertical conveying direction component, - a swirling device which is disposed in the riser pipe and imparts a swirl to the conveying air , - an immersion pipe which is disposed above the swirling device and lengthens the air path for the conveying air , characterized in that between the riser pipe and the immersion pipe , above the swirling device , there is an annular gap by way of which coarse granular goods which have been spun outwards in the radial direction in terms of the conveying direction of the conveying air by the swirl of the conveying air , are separated from the conveying air that flows into the immersion pipe , wherein the height position of the swirling device in the riser pipe is variable and adjustable from the outside. - a riser pipe for the pneumatic transport of granular goods suspended in conveying air , wherein the riser pipe has a vertical conveying direction component, - a swirling device which is disposed in the riser pipe and imparts a swirl to the conveying air , - an immersion pipe which is disposed above the swirling device and lengthens the air path for the conveying air , between the riser pipe and the immersion pipe , above the swirling device , there is an annular gap by way of which coarse granular goods which have been spun outwards in the radial direction in terms of the conveying direction of the conveying air by the swirl of the conveying air , are separated from the conveying air that flows into the immersion pipe , wherein the height position of the swirling device in the riser pipe is variable and adjustable from the outside.
A method performed by a user equipment of a wireless communication network, the method comprising: associating plurality of logical channels with a radio bearer that is configured for packet duplication; determining cell restrictions for the plurality of logical channels, the cell restrictions indicating allowable one or more cell for each of the plurality of logical channels during packet duplication for the radio bearer; detecting that the packet duplication for the radio bearer is deactivated; the method being characterized by comprising: in response to the detecting, restricting a remaining logical channel of the plurality of logical channels to an allowed set of cells based on the determined cell restrictions for the plurality of logical channels, wherein the allowed set of cells is a union of the cells allowed for the plurality of logical channels during the packet duplication for the radio bearer. associating plurality of logical channels with a radio bearer that is configured for packet duplication; determining cell restrictions for the plurality of logical channels, the cell restrictions indicating allowable one or more cell for each of the plurality of logical channels during packet duplication for the radio bearer; detecting that the packet duplication for the radio bearer is deactivated; the method being characterized by comprising: in response to the detecting, restricting a remaining logical channel of the plurality of logical channels to an allowed set of cells based on the determined cell restrictions for the plurality of logical channels, wherein the allowed set of cells is a union of the cells allowed for the plurality of logical channels during the packet duplication for the radio bearer.
An enclosed space comprising: - a ceiling ; - a base structure which comprises - - a first profile ; - - a second profile ; - a plurality of walls, wherein at least one of the walls comprises an opening to allow access to said enclosed space ; - at least one sliding door arranged to close the opening, wherein said sliding door comprises two parallel glass panels; - a controller ; - an input air fan equipped with an air filter ; and - an air outlet equipped with a flow meter configured to provide flow information to said controller ; wherein said controller is configured to control said input air fan based on the flow information from said flow meter , the enclosed space being characterized in that the height and inclination of said base structure are arranged to be adjustable, the base structure further comprising one or more bolts for arranging a tilting angle between said first profile and said second profile . - a ceiling ; - a base structure which comprises - - a first profile ; - - a second profile ; - - a first profile ; - - a second profile ; - a plurality of walls, wherein at least one of the walls comprises an opening to allow access to said enclosed space ; - at least one sliding door arranged to close the opening, wherein said sliding door comprises two parallel glass panels; - a controller ; - an input air fan equipped with an air filter ; and - an air outlet equipped with a flow meter configured to provide flow information to said controller ;
A hand-operated coffee press comprising: a. a pressing assembly comprising a post , a pushing rod comprising a first pin and a sliding slot having two axial slot edges , and a lever comprising a third pin , wherein said third pin is slidably mounted between said two axial slot edges , wherein i. said lever is rotably coupled to an axial end of said post , and wherein said lever is configured to rotate about an eccentrical axis within said post , and ii. said lever is rotably coupled to an axial end of said pushing rod , and wherein said lever and said pushing rod are configured to rotate about a centrical axis , b. a brewing assembly comprising a portafilter , a liquid container and a piston comprising a toothed comb , wherein said piston is configured to move through the liquid container 9 to compress a liquid through the portafilter , wherein the pushing rod of the pressing assembly is configured to actuate the piston of the brewing assembly , wherein the first pin and the toothed comb are releasable coupled to each other, and wherein a movement of the third pin from the first axial slot edge to the second axial slot edge corresponds to a movement of the first pin of the pushing rod over a distance between two consecutive teeth of the toothed comb . a. a pressing assembly comprising a post , a pushing rod comprising a first pin and a sliding slot having two axial slot edges , and a lever comprising a third pin , wherein said third pin is slidably mounted between said two axial slot edges , wherein i. said lever is rotably coupled to an axial end of said post , and wherein said lever is configured to rotate about an eccentrical axis within said post , and ii. said lever is rotably coupled to an axial end of said pushing rod , and wherein said lever and said pushing rod are configured to rotate about a centrical axis , i. said lever is rotably coupled to an axial end of said post , and wherein said lever is configured to rotate about an eccentrical axis within said post , and ii. said lever is rotably coupled to an axial end of said pushing rod , and wherein said lever and said pushing rod are configured to rotate about a centrical axis , b. a brewing assembly comprising a portafilter , a liquid container and a piston comprising a toothed comb , wherein said piston is configured to move through the liquid container 9 to compress a liquid through the portafilter ,
Method for backing up data in a peer-to-peer network, this method comprising the following steps: a) a client node of the peer-to-peer network executing backup software in order to generate a backup file from which the backed-up data are able to be restored, b) dividing the generated backup file into a plurality of data blocks, and c) saving the data blocks in the memory of various backup nodes of the peer-to-peer network, characterized in that the data are premium data benefiting from a guaranteed quality of service, this quality of service corresponding to a predetermined volume of premium data able to be restored from the peer-to-peer network within a predetermined maximum restoration period, this method comprising, for this purpose: - a client node of the peer-to-peer network downloading a set of one or more premium blocks from a backup node and, at the same time, measuring the actually available uplink bandwidth of the backup node during this download, each premium block being a data block generated by dividing the backup file in step b) when the backed-up data are premium data, - computing a maximum volume of premium blocks able to be saved in the memory of this backup node on the basis of the actually available uplink bandwidth measured for this backup node and of a minimum uplink bandwidth necessary to allow the restoration of the predetermined volume of premium data within the maximum restoration period, and - when the premium blocks are saved in a backup node, the method prohibits a premium block from being saved in this backup node if this leads to the maximum volume of premium blocks able to be saved in this backup node being exceeded. a) a client node of the peer-to-peer network executing backup software in order to generate a backup file from which the backed-up data are able to be restored, b) dividing the generated backup file into a plurality of data blocks, and c) saving the data blocks in the memory of various backup nodes of the peer-to-peer network, - a client node of the peer-to-peer network downloading a set of one or more premium blocks from a backup node and, at the same time, measuring the actually available uplink bandwidth of the backup node during this download, each premium block being a data block generated by dividing the backup file in step b) when the backed-up data are premium data, - computing a maximum volume of premium blocks able to be saved in the memory of this backup node on the basis of the actually available uplink bandwidth measured for this backup node and of a minimum uplink bandwidth necessary to allow the restoration of the predetermined volume of premium data within the maximum restoration period, and - when the premium blocks are saved in a backup node, the method prohibits a premium block from being saved in this backup node if this leads to the maximum volume of premium blocks able to be saved in this backup node being exceeded.
Metering pump comprising a displacement element , a drive system with an electric drive motor driving said displacement element and a control device controlling said electric drive motor , wherein said control device is designed in such a manner that it detects the current position of the displacement element , detects the torque (M) of the electric drive motor or the drive force acting on said displacement element at several positions of the displacement element and monitors the torque or force (M) in relation to the position of the displacement element , characterized in that said control device is designed in such a manner that it detects the current friction torque (M friction ) of the entire drive by measuring the torque (M) of the electric drive motor when the displacement element is in a dead-centre position, and that the control device derives the current pressure (p) acting on the displacement element from the detected torque (M) of the drive motor in consideration of the friction of the drive. said control device is designed in such a manner that it detects the current position of the displacement element , detects the torque (M) of the electric drive motor or the drive force acting on said displacement element at several positions of the displacement element and monitors the torque or force (M) in relation to the position of the displacement element , characterized in that said control device is designed in such a manner that it detects the current friction torque (M friction ) of the entire drive by measuring the torque (M) of the electric drive motor when the displacement element is in a dead-centre position, and that the control device derives the current pressure (p) acting on the displacement element from the detected torque (M) of the drive motor in consideration of the friction of the drive.
An assembly system for assembling a toy which comprises at least two parts, the assembly system comprising at least one interface (120; 140) between the contact surfaces of two of the at least two parts (110, 130; 130, 150) enabling their removable assembly to each other such that they fit tightly together once assembled, the at least one interface comprising: a main interface comprising a main protrusion and hole arrangement comprised of a protrusion (420; 440) configured on the contact surface of one of said at least two parts and a hole (410; 450) configured on the corresponding contact surface of the other of said at least two parts, wherein the protrusion is configured to fit into the hole; and characterised in that the at least one interface comprises a curved interface comprised of a curvature configured on the contact surface (310; 340) of one of said at least two parts complementary to a curvature configured on the contact surface (320; 350) of the other one of said at least two parts, the curved interface comprising any type of curved design configured with a pre-defined degree of curvature designed to prevent unintended toy disassembly. a main interface comprising a main protrusion and hole arrangement comprised of a protrusion (420; 440) configured on the contact surface of one of said at least two parts and a hole (410; 450) configured on the corresponding contact surface of the other of said at least two parts, wherein the protrusion is configured to fit into the hole; and characterised in that the at least one interface comprises a curved interface comprised of a curvature configured on the contact surface (310; 340) of one of said at least two parts complementary to a curvature configured on the contact surface (320; 350) of the other one of said at least two parts, the curved interface comprising any type of curved design configured with a pre-defined degree of curvature designed to prevent unintended toy disassembly.
An arrangement converter (120; 300), comprising: first (120a; 300a) and second (120b; 300b) end faces; and a plurality of optical waveguides each having one end fixed on the first end face (120a; 300a) and the other end fixed on the second end face (120b; 300b), each of the plurality of optical waveguides having a core region and a cladding region surrounding the core region, wherein an array on the first end face (120a; 300a), defined by the one ends of the plurality of optical waveguides, is different from that on the second end face (120b; 300b) defined by the other ends of the plurality of optical waveguides, all of the core regions on the first end face (120a; 300a) of the plurality of optical waveguides are two-dimensionally arrayed and all of the core regions on the second end face (120b; 300b) of the plurality of optical waveguides are one-dimensionally arrayed, each of the plurality of optical waveguides has a shape which has a cross-sectional area that decreases from the first end face (120a; 300a) toward the second end face (120b; 300b), and in each of the plurality of optical waveguides the cladding region surrounding the core region and outer diameters of the respective core regions of the plurality of optical waveguides are smaller on the second end face (120b; 300b) than on the first end face (120a; 300a). first (120a; 300a) and second (120b; 300b) end faces; and a plurality of optical waveguides each having one end fixed on the first end face (120a; 300a) and the other end fixed on the second end face (120b; 300b), each of the plurality of optical waveguides having a core region and a cladding region surrounding the core region, wherein an array on the first end face (120a; 300a), defined by the one ends of the plurality of optical waveguides, is different from that on the second end face (120b; 300b) defined by the other ends of the plurality of optical waveguides, all of the core regions on the first end face (120a; 300a) of the plurality of optical waveguides are two-dimensionally arrayed and all of the core regions on the second end face (120b; 300b) of the plurality of optical waveguides are one-dimensionally arrayed, each of the plurality of optical waveguides has a shape which has a cross-sectional area that decreases from the first end face (120a; 300a) toward the second end face (120b; 300b), and in each of the plurality of optical waveguides the cladding region surrounding the core region and outer diameters of the respective core regions of the plurality of optical waveguides are smaller on the second end face (120b; 300b) than on the first end face (120a; 300a).
An air tool monitoring apparatus , comprising: a housing having a hollow chamber formed therein, and also having an inlet and an outlet formed therein, each of the inlet and an outlet being in fluid communication with the chamber ; a first sensor for sensing a condition indicative of tool usage and a second sensor operatively attached to the housing for sensing a condition indicative of tool wear; a battery disposed in the housing; a microprocessor operatively connected to the housing and comprising a timer, RAM, ROM, and a unique identifier; a communication device for sending data from the microprocessor to a data collection device. a housing having a hollow chamber formed therein, and also having an inlet and an outlet formed therein, each of the inlet and an outlet being in fluid communication with the chamber ; a first sensor for sensing a condition indicative of tool usage and a second sensor operatively attached to the housing for sensing a condition indicative of tool wear; a battery disposed in the housing; a microprocessor operatively connected to the housing and comprising a timer, RAM, ROM, and a unique identifier; a communication device for sending data from the microprocessor to a data collection device.