mhurhangee/ep-ind-claims huggingface dataset:
A sound reproducing shoe comprising: a. a controller; b. a memory connected to said controller, said memory storing at least two pre-recorded sounds; c. a speaker; d. a first impact sensor configured to detect when said user has caused said shoe to contact the ground; e. said controller configured to retrieve a first of said pre-recorded sounds upon receiving a signal from said first sensor and play said sound over said speaker; and f. said controller configured to retrieve a second of said pre-recorded sounds upon receiving a signal from said second sensor and play said sound over said speaker characterised in that said first of said pre-recorded sounds is the chuff sound of a steam locomotive, said second of said pre-recorded sounds is the whistle sound of a steam locomotive, in that the shoe further comprises a second sensor configured to detect when a second shoe (36, 38) is near said shoe and in that said controller is further configured to log a series of impact sensor actuations in order to gauge the user's walking speed and to change the nature of said pre-recorded sounds according to the user's walking speed. a. a controller; b. a memory connected to said controller, said memory storing at least two pre-recorded sounds; c. a speaker; d. a first impact sensor configured to detect when said user has caused said shoe to contact the ground; e. said controller configured to retrieve a first of said pre-recorded sounds upon receiving a signal from said first sensor and play said sound over said speaker; and f. said controller configured to retrieve a second of said pre-recorded sounds upon receiving a signal from said second sensor and play said sound over said speaker characterised in that said first of said pre-recorded sounds is the chuff sound of a steam locomotive, said second of said pre-recorded sounds is the whistle sound of a steam locomotive, in that the shoe further comprises a second sensor configured to detect when a second shoe (36, 38) is near said shoe and in that said controller is further configured to log a series of impact sensor actuations in order to gauge the user's walking speed and to change the nature of said pre-recorded sounds according to the user's walking speed.
A method for controlling a regulating valve of a packaging machine, wherein the packaging machine is a roll-fed packaging machine configured to receive a roll of a carton-based packaging material, wherein the packaging machine is configured to be connected to a processing line via the regulating valve, wherein the processing line is configured to feed a liquid food product to the packaging machine through the regulating valve, the method comprising: determining a product flow, using a flow meter, of the liquid food product in the packaging machine; determining an inlet pressure measurement, using a pressure sensor, of the liquid food product in the packaging machine; wherein the pressure sensor is positioned upstream of the regulating valve in a direction of flow of the liquid food product; adjusting the regulating valve, said regulating valve being configured to receive an output signal from a flow feed forward module in combination with an output signal from a flow proportional-integral-derivative module, wherein the flow feed forward module has the inlet pressure measurement and a flow set point as input signals, and wherein the flow PID module has the product flow and the flow set point as input signals; determining a product level, using a level detector, of the liquid food product held in a vertical tube of the packaging material formed by the packaging machine, and calculating the flow set point as a function of the determined product level. determining a product flow, using a flow meter, of the liquid food product in the packaging machine; determining an inlet pressure measurement, using a pressure sensor, of the liquid food product in the packaging machine; wherein the pressure sensor is positioned upstream of the regulating valve in a direction of flow of the liquid food product; adjusting the regulating valve, said regulating valve being configured to receive an output signal from a flow feed forward module in combination with an output signal from a flow proportional-integral-derivative module, wherein the flow feed forward module has the inlet pressure measurement and a flow set point as input signals, and wherein the flow PID module has the product flow and the flow set point as input signals; determining a product level, using a level detector, of the liquid food product held in a vertical tube of the packaging material formed by the packaging machine, and calculating the flow set point as a function of the determined product level.
A soundproof structure, comprising: two or more soundproof units (12a, 12b), arranged in soundproof unit pairs and a duct-shaped tubular member that has an inner wall surface and a space thereinside, wherein each of the soundproof units (12a, 12b) has an outer shell (16a, 16b) having a cylindrical shape, defining an axis direction along the longitudinal axis of the cylindrical shape, a hollow inner space (13a, 13b) inside the outer shell, a first opening portion (14a, 14b) opened to outside on a surface that is one end portion of the outer shell in the axis direction, and a lid member (18a, 18b) closed to outside on a surface that is opposite to the one end portion of the outer shell in the axis direction, wherein in each soundproof units pair, two soundproof units adjacent to each other are disposed aligned along a common axis direction such that the first opening portions face each other, the first opening portions facing each other are spaced apart from each other in the common axis direction, an average distance in the common axis direction between the first opening portions facing each other being less than 20 mm, the soundproof structure being characterized in that: each pair of soundproof units is disposed inside the tubular duct-shaped member so that a space between the inner wall surface of the tubular duct-shaped member and each pair of soundproof units is opened along a longitudinal direction of the tubular duct-shaped member. two or more soundproof units (12a, 12b), arranged in soundproof unit pairs and a duct-shaped tubular member that has an inner wall surface and a space thereinside, wherein each of the soundproof units (12a, 12b) has an outer shell (16a, 16b) having a cylindrical shape, defining an axis direction along the longitudinal axis of the cylindrical shape, a hollow inner space (13a, 13b) inside the outer shell, a first opening portion (14a, 14b) opened to outside on a surface that is one end portion of the outer shell in the axis direction, and in each soundproof units pair, two soundproof units adjacent to each other are disposed aligned along a common axis direction such that the first opening portions face each other, the first opening portions facing each other are spaced apart from each other in the common axis direction, an average distance in the common axis direction between the first opening portions facing each other being less than 20 mm,
An ostomy pouch comprising: a. opposing walls (2, 3) having a cavity therebetween, the walls joined along their peripheries, and tapering to an outlet opening at the proximal end of the device; b. first and second deformable reinforcing members (9, 10, 29, 30) attached to opposing exterior surfaces of said opposing walls (2, 3), wherein each reinforcing member has two lateral edges deformable by manual application of pressure to said lateral edges, so as to radially distend the outlet opening, wherein the first and second deformable reinforcing members are offset from each other along a longitudinal axis, and c. first and second fasteners (13, 17); wherein the outlet is flexible and foldable from an open condition to a closed condition by one or more folds, characterized in that the lateral edges of the first and second reinforcing members have material removed to create corners with void space. a. opposing walls (2, 3) having a cavity therebetween, the walls joined along their peripheries, and tapering to an outlet opening at the proximal end of the device; b. first and second deformable reinforcing members (9, 10, 29, 30) attached to opposing exterior surfaces of said opposing walls (2, 3), wherein each reinforcing member has two lateral edges deformable by manual application of pressure to said lateral edges, so as to radially distend the outlet opening, wherein the first and second deformable reinforcing members are offset from each other along a longitudinal axis, and c. first and second fasteners (13, 17);
A heater system comprising: a plurality of heaters (602, 604, 606, 608); a controller for supplying power to the plurality of heaters a plurality of sets of auxiliary wires extending from the plurality of heaters; and a wire harness for connecting the plurality of sets of auxiliary wires to the controller; characterised in that the heater system further comprises a plurality of connector parts connected to the sets of auxiliary wires, each connector part being configured to be connected to another connector part directly or via connecting wires; wherein each set of auxiliary wires includes a temperature sensing wire, an auxiliary power supply wire, and an auxiliary power return wire, wherein in each set of auxiliary wires, the temperature sensing wire is joined to one of the auxiliary power supply wire and the auxiliary power return wire to form a thermocouple junction, and the material of the temperature sensing wire is different from the one of the auxiliary power supply wire and the auxiliary power return wire such that each of the plurality of heaters is operable to function as both a heater and a temperature sensor. a plurality of heaters (602, 604, 606, 608); a controller for supplying power to the plurality of heaters a plurality of sets of auxiliary wires extending from the plurality of heaters; and a wire harness for connecting the plurality of sets of auxiliary wires to the controller; characterised in that the heater system further comprises a plurality of connector parts connected to the sets of auxiliary wires, each connector part being configured to be connected to another connector part directly or via connecting wires; sets of auxiliary wires extending from the plurality of heaters; and a wire harness for connecting the plurality of sets of auxiliary wires to the controller; characterised in that the heater system further comprises a plurality of connector parts connected to the sets of auxiliary wires, each connector part being configured to be connected to another connector part directly or via connecting wires; wherein each set of auxiliary wires includes a temperature sensing wire, an auxiliary power supply wire, and an auxiliary power return wire, wherein in each set of auxiliary wires, the temperature sensing wire is joined to one of the auxiliary power supply wire and the auxiliary power return wire to form a thermocouple junction, and the material of the temperature sensing wire is different from the one of the auxiliary power supply wire and the auxiliary power return wire such that each of the plurality of heaters is operable to function as both a heater and a temperature sensor. an auxiliary power supply wire, and an auxiliary power return wire, wherein in each set of auxiliary wires, the temperature sensing wire is joined to one of the auxiliary power supply wire and the auxiliary power return wire to form a thermocouple junction, and the material of the temperature sensing wire is different from the one of the auxiliary power supply wire and the auxiliary power return wire such that each of the plurality of heaters is operable to function as both a heater and a temperature sensor.
Electromagnetic trip device for a circuit breaker, with a current path comprising a conductor guiding an electric current through at least one contact point (2, 3) formed between a fixed and a movable contact piece (4, 5, 6, 7), with a contact lever carrying the at least one movable contact piece (5, 7), the contact lever being mounted to be movable between a closed contact position and an open contact position, wherein the electromagnetic trip device comprises a magnetic circuit with an air-gap, and the movable contact lever is at least partially located in the air-gap, and wherein the electric current flows through the contact lever so that the magnetic field generated by the current flowing through the contact lever directly interacts with the magnetic field within the air-gap, wherein the magnetic circuit comprises a magnetic core made of a ferromagnetic material with an air gap, the magnetic flux in the air gap being oriented perpendicular to the air-gap walls, the contact lever having a portion in the shape of a longitudinally extended flat conducting bar, that portion being configured so that it can slide within the air gap parallel to the walls of the air gap, wherein the portion of the contact lever has a flat but high cross-section, so that a large cross-section area is achieved with a small thickness, characterized in that the air gap has a width of less than 1 mm, preferably a width of less than 0.8 mm, and more preferably a width of about 0.6 mm.
A method for uplink multi-cell joint detection in a Time Division-Synchronous Code Division Multiple Access system, characterized by comprising: a radio network controller sending neighbor cell channel updating information to neighbor Node Bs of a cell where a user terminal is located when a Node B application part protocol process happens at an Iub interface to establish a radio link for the user terminal; and the neighbor Node Bs adding information of the user terminal into uplink multi-cell joint detection information of the cell where uplink joint detection is required to be performed for the user terminal after receiving the neighbor cell channel updating information, wherein the neighbor Node Bs of the cell where the user terminal is located are Node Bs where cells which are found from neighbor cells of the cell where the user terminal is located are located, the neighbor Node Bs including a cell which contains a frequency point at which the established radio link is present and is the cell where uplink joint detection is required to be performed for the user terminal. a radio network controller sending neighbor cell channel updating information to neighbor Node Bs of a cell where a user terminal is located when a Node B application part protocol process happens at an Iub interface to establish a radio link for the user terminal; and the neighbor Node Bs adding information of the user terminal into uplink multi-cell joint detection information of the cell where uplink joint detection is required to be performed for the user terminal after receiving the neighbor cell channel updating information, wherein the neighbor Node Bs of the cell where the user terminal is located are Node Bs where cells which are found from neighbor cells of the cell where the user terminal is located are located, the neighbor Node Bs including a cell which contains a frequency point at which the established radio link is present and is the cell where uplink joint detection is required to be performed for the user terminal.
An electromagnetic actuator for a mechanical feedback unit of an operating device, particularly provided for a vehicle component, for a tactile feedback of an operation of the operating device, comprising - a stator, - a translator which can be moved in translation along a movement axis and which can be moved back and forth between a rest position and at least one end position, wherein the distance of the translator to the stator, which is defined by an air gap directed orthogonally to the movement axis, is substantially maintained upon movement of the translator along the movement axis, and - a guidance arrangement for guiding the translator in translation while moving, - wherein the guidance arrangement comprises at least one leaf spring which extends transversely to the movement axis and to the alignment of the air gap distance of stator and translator and has a central attachment portion and a fixing portion on either side of the attachment portion, and - wherein either the translator is mechanically coupled with the attachment portion of the leaf spring and the fixing portions thereof are mechanically coupled with the stator, or the stator is mechanically coupled with the attachment portion of the leaf spring and the fixing portions thereof are mechanically coupled with the translator. - a stator, - a translator which can be moved in translation along a movement axis and which can be moved back and forth between a rest position and at least one end position, wherein the distance of the translator to the stator, which is defined by an air gap directed orthogonally to the movement axis, is substantially maintained upon movement of the translator along the movement axis, and - a guidance arrangement for guiding the translator in translation while moving, - wherein the guidance arrangement comprises at least one leaf spring which extends transversely to the movement axis and to the alignment of the air gap distance of stator and translator and has a central attachment portion and a fixing portion on either side of the attachment portion, and - wherein either the translator is mechanically coupled with the attachment portion of the leaf spring and the fixing portions thereof are mechanically coupled with the stator, or the stator is mechanically coupled with the attachment portion of the leaf spring and the fixing portions thereof are mechanically coupled with the translator.
A pump cartridge (100; 1300; 1500; 2002; 2300; 2400; 2500; 2600; 2700; 2800; 3000; 3102; 3200; 3300; 3400) comprising: a piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208); a housing comprising a channel (414; 504; 702; 802; 902; 1002; 1102; 1202; 1331a; 1332b), an inlet (310a; 310b, 612; 622; 1312a; 1312b, 1534), and an outlet (306; 440; 630; 1542), the channel (414; 504; 702; 802; 902; 1002; 1102; 1202; 1331a; 1332b) comprising a cylinder (460; 470) shaped to receive the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208); an engagement structure (1350a; 1350b, 1650a; 1650b; 1710; 1910; 2006; 2304; 2810) to couple the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208) to a pushrod in response to axial movement of the pushrod or the housing; and a retention structure (1352a; 1352b; 1720; 2010; 2310) to retain the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208) for shipping and storage, characterised in that the engagement structure (1350a; 1350b, 1650a; 1650b; 1710; 1910; 2006; 2304; 2810) is removably securable to the retention structure (1352a; 1352b; 1720; 2010; 2310). a piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208); a housing comprising a channel (414; 504; 702; 802; 902; 1002; 1102; 1202; 1331a; 1332b), an inlet (310a; 310b, 612; 622; 1312a; 1312b, 1534), and an outlet (306; 440; 630; 1542), the channel (414; 504; 702; 802; 902; 1002; 1102; 1202; 1331a; 1332b) comprising a cylinder (460; 470) shaped to receive the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208); an engagement structure (1350a; 1350b, 1650a; 1650b; 1710; 1910; 2006; 2304; 2810) to couple the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208) to a pushrod in response to axial movement of the pushrod or the housing; and a retention structure (1352a; 1352b; 1720; 2010; 2310) to retain the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208) for shipping and storage, characterised in that the engagement structure (1350a; 1350b, 1650a; 1650b; 1710; 1910; 2006; 2304; 2810) is removably securable to the retention structure (1352a; 1352b; 1720; 2010; 2310).
A vehicle, comprising: a stowage bin, wherein the stowage bin has an opening; and an apparatus; the apparatus comprising: a panel portion; a set of fasteners configured to couple the panel portion to an exterior of the stowage bin such that a curvature of the panel portion aligns with a curvature of the exterior of the stowage bin, wherein each fastener is configured to extend through the stowage bin into a back portion of the panel portion to couple the panel portion to the exterior of the stowage bin, and wherein aligning the curvature of the panel portion with the curvature of the exterior of the stowage bin enables the stowage bin to open and close when the panel portion is coupled to the exterior of the stowage bin; and a lighting interface configured to couple to the back portion of the panel portion between the panel portion and the exterior of the stowage bin at a position that enables the lighting interface to provide illumination through one or more openings in the panel portion and ambient lighting surrounding the panel portion when the panel portion is coupled to the exterior of the stowage bin, wherein a power wire of the lighting interface extends to a power source through the opening in a side-end of the stowage bin when the panel portion is coupled to the exterior of the stowage bin, and wherein the opening in the side-end of the stowage bin is positioned proximate an opening hinge of the stowage bin such that the power wire of the lighting interface remains stationary when the stowage bin is opened or closed. a stowage bin, wherein the stowage bin has an opening; and an apparatus; a panel portion; a set of fasteners configured to couple the panel portion to an exterior of the stowage bin such that a curvature of the panel portion aligns with a curvature of the exterior of the stowage bin, wherein each fastener is configured to extend through the stowage bin into a back portion of the panel portion to couple the panel portion to the exterior of the stowage bin, and wherein aligning the curvature of the panel portion with the curvature of the exterior of the stowage bin enables the stowage bin to open and close when the panel portion is coupled to the exterior of the stowage bin; and a lighting interface configured to couple to the back portion of the panel portion between the panel portion and the exterior of the stowage bin at a position that enables the lighting interface to provide illumination through one or more openings in the panel portion and ambient lighting surrounding the panel portion when the panel portion is coupled to the exterior of the stowage bin, wherein a power wire of the lighting interface extends to a power source through the opening in a side-end of the stowage bin when the panel portion is coupled to the exterior of the stowage bin, and wherein the opening in the side-end of the stowage bin is positioned proximate an opening hinge of the stowage bin such that the power wire of the lighting interface remains stationary when the stowage bin is opened or closed.