mhurhangee/patent-ind-claim-en huggingface dataset:
A luggage article connected to a luggage article component via an integrated snap fit interlock , the snap fit interlock comprising: a snap fitting positionable in an engaged configuration to connect said luggage article component to a luggage shell ; and a locking feature configured to automatically limit the disengagement of the snap fitting from the engaged configuration; and wherein: the snap fitting comprises a portion configured to bias the locking feature to a displaced or compressed configuration during assembly; the snap fitting is configured to disengage the locking feature when the snap fitting is in its engaged configuration, to allow movement of the locking feature to a neutral or uncompressed configuration; the locking feature includes a portion positioned between the snap fitting and said luggage article component to limit disconnection of the snap fitting through interference, when the snap fitting is in the engaged configuration and the locking feature is in its neutral or uncompressed configuration; said luggage article component is a tow handle, carry handle, or wheel housing; and said luggage article comprises a luggage shell . a snap fitting positionable in an engaged configuration to connect said luggage article component to a luggage shell ; and a locking feature configured to automatically limit the disengagement of the snap fitting from the engaged configuration; and wherein: the snap fitting comprises a portion configured to bias the locking feature to a displaced or compressed configuration during assembly; the snap fitting is configured to disengage the locking feature when the snap fitting is in its engaged configuration, to allow movement of the locking feature to a neutral or uncompressed configuration; the locking feature includes a portion positioned between the snap fitting and said luggage article component to limit disconnection of the snap fitting through interference, when the snap fitting is in the engaged configuration and the locking feature is in its neutral or uncompressed configuration; said luggage article component is a tow handle, carry handle, or wheel housing; and said luggage article comprises a luggage shell . the snap fitting comprises a portion configured to bias the locking feature to a displaced or compressed configuration during assembly; the snap fitting is configured to disengage the locking feature when the snap fitting is in its engaged configuration, to allow movement of the locking feature to a neutral or uncompressed configuration; the locking feature includes a portion positioned between the snap fitting and said luggage article component to limit disconnection of the snap fitting through interference, when the snap fitting is in the engaged configuration and the locking feature is in its neutral or uncompressed configuration; said luggage article component is a tow handle, carry handle, or wheel housing; and said luggage article comprises a luggage shell .
Burner arrangement having a burner and a tube arrangement , which is attached to the burner at its upstream side and which is comprising - an outer protection tube and - a first inner fluid supply tube and - optional a second inner fluid supply tube and - a burner supply tube arranged between the protection tube and the first fluid supply tube , wherein the burner supply tube comprises - a tube wall extending from an upstream tube end to a downstream tube end along a tube length further having a tube diameter and a wall thickness , wherein the tube length is at least 2 times and at most 20 times the tube diameter and the wall thickness is at least 0,01 times and at most 0,2 times the tube diameter , and comprises - at least one integrated fuel channel extending from a fuel input at the upstream tube end to a fuel output at the downstream tube end , which has an equivalent diameter of at least 0,3 times and at most 3 times the wall thickness , wherein the fuel channel is helical along the majority of the tube length with a gradient of at least 0,5 times and at most 5 times the tube diameter , and wherein a thickening due to the fuel channel is arranged on the inner side and/or on the outer side of the tube wall . - an outer protection tube and - a first inner fluid supply tube and - optional a second inner fluid supply tube and - a burner supply tube arranged between the protection tube and the first fluid supply tube , wherein the burner supply tube comprises - a tube wall extending from an upstream tube end to a downstream tube end along a tube length further having a tube diameter and a wall thickness , wherein the tube length is at least 2 times and at most 20 times the tube diameter and the wall thickness is at least 0,01 times and at most 0,2 times the tube diameter , and comprises - at least one integrated fuel channel extending from a fuel input at the upstream tube end to a fuel output at the downstream tube end , which has an equivalent diameter of at least 0,3 times and at most 3 times the wall thickness , wherein the fuel channel is helical along the majority of the tube length with a gradient of at least 0,5 times and at most 5 times the tube diameter , and wherein a thickening due to the fuel channel is arranged on the inner side and/or on the outer side of the tube wall .
A liquid chromatographic (LC) system comprising a liquid chromatography pump comprising at least one pump head comprising a primary pump head and a secondary pump head (20", 30"), each comprising a syringe-like cylinder body (21', 21", 31', 31") having an inner wall surface (22', 22", 32', 32") and a plunger (23', 23", 33', 33") translatable through the cylinder body (21', 21", 31', 31") leaving an interspace (24', 24", 34', 34") between the inner wall surface (22', 22", 32', 32") and the plunger (23', 23", 33', 33") when the plunger (23', 23", 33', 33") is translated through the cylinder body (21', 21", 31', 31"), an upstream inlet valve (25', 25", 35', 35") for letting liquid (10', 10", 11', 11") into the cylinder body (21', 21", 31', 31") and a downstream outlet valve (26', 26", 36', 36") for letting liquid (10', 10", 11', 11") out of the cylinder body (21', 21", 31', 31"), the downstream outlet valve of the primary pump head being connected to the upstream inlet valve (25", 35") of the secondary pump head (20", 30"), characterized in that the LC system further comprises at least one liquid-exchange pump connected either to the upstream inlet valve of the primary pump head or to the downstream outlet valve (26", 36") of the secondary pump head (20", 30"), for exchanging a liquid present in the cylinder bodies (21', 21", 31', 31") of the primary and secondary pump heads (20', 30', 20", 30") with another liquid (10", 11") by purging through the interspaces (24', 24", 34', 34") left between the inner wall surfaces (22', 22", 32', 32") of the cylinder bodies (21', 21", 31', 31") and the plungers (23', 23", 33', 33"), respectively.
A filtered feedthrough assembly for an implantable pulse generator , the filtered feedthrough assembly comprising: a flange of an electrically conductive material and comprising a can side , a header side , a can side face, a header side face, and a first feedthrough port having a first inner surface and extending through the flange from the can side to the header side ; a first plurality of feedthrough wires extending through the first feedthrough port ; a first ceramic insulator comprising a first outer surface and a first plurality of ports extending there through, the first outer surface of the first ceramic insulator gold brazed to the first inner surface of the first feedthrough port of the flange at a first braze joint, the first plurality of feedthrough wires respectively extending through and gold brazed to the first plurality of ports of the first ceramic insulator ; an EMI filter comprising a first capacitor having a first plurality of ports extending there through, the first plurality of feedthrough wires respectively extending through the first plurality of ports of the first capacitor; and a first electrically conductive material coupling and providing a ground from the first capacitor to the flange , characterized by a first non-conductive washer positioned between the first ceramic insulator and the first capacitor at the first braze joint such that the first braze joint is non-conducting with the first capacitor, wherein each of the first plurality of ports of the first ceramic insulator comprises a counter bore , wherein a non-conductive adhesive is adhered to the counter bores . a flange of an electrically conductive material and comprising a can side , a header side , a can side face, a header side face, and a first feedthrough port having a first inner surface and extending through the flange from the can side to the header side ; a first plurality of feedthrough wires extending through the first feedthrough port ; a first ceramic insulator comprising a first outer surface and a first plurality of ports extending there through, the first outer surface of the first ceramic insulator gold brazed to the first inner surface of the first feedthrough port of the flange at a first braze joint, the first plurality of feedthrough wires respectively extending through and gold brazed to the first plurality of ports of the first ceramic insulator ; an EMI filter comprising a first capacitor having a first plurality of ports extending there through, the first plurality of feedthrough wires respectively extending through the first plurality of ports of the first capacitor; and a first electrically conductive material coupling and providing a ground from the first capacitor to the flange , characterized by a first non-conductive washer positioned between the first ceramic insulator and the first capacitor at the first braze joint such that the first braze joint is non-conducting with the first capacitor, wherein each of the first plurality of ports of the first ceramic insulator comprises a counter bore , wherein a non-conductive adhesive is adhered to the counter bores .
Container for a cosmetic product, in particular for a stick of cosmetic product, comprising a body , and a cup movable with respect to the body , the cup being able to receive the product, said container comprising a transparent part presenting a first zone , bare, making it possible to see inside the container , and at least one second opacified zone, called coated zone , made opaque after having been subjected to a surface treatment.
A method for tracing a communication session, comprising: receiving a call signaling message; determining whether the call signaling message includes a trace tag, wherein the trace tag specifies a report zone; determining whether a tracing node that received the call signaling message is within the report zone; and transmitting a trace report to a remote element, if the call signaling message includes the trace tag and the tracing node is within the report zone. receiving a call signaling message; determining whether the call signaling message includes a trace tag, wherein the trace tag specifies a report zone; determining whether a tracing node that received the call signaling message is within the report zone; and transmitting a trace report to a remote element, if the call signaling message includes the trace tag and the tracing node is within the report zone.
PV device having - a multi-PV cell group having at least one first PV cell of a first cell type and one second PV cell of a second cell type, wherein the first and the second cell type differ from one another and wherein each of the PV cells provides an electric cell voltage U1, U2 under light incidence on the respective PV cell , characterized by - power electronics having a separate first power electronics unit that is assigned to the first PV cell and a separate second power electronics unit that is assigned to the second PV cell , wherein the electric cell voltage U1, U2 generated in the respective PV cell and a corresponding current yield I1, I2 are able to be fed to the separate power electronics unit assigned to the respective PV cell , - a control device for controlling the power electronics , wherein - the first and the second power electronics unit are able to be operated independently of one another by way of the control device such that each PV subsystem , each of which has one of the PV cells and the power electronics unit assigned to the respective PV cell , operates at its optimum operating point. - a multi-PV cell group having at least one first PV cell of a first cell type and one second PV cell of a second cell type, wherein the first and the second cell type differ from one another and wherein each of the PV cells provides an electric cell voltage U1, U2 under light incidence on the respective PV cell , characterized by - power electronics having a separate first power electronics unit that is assigned to the first PV cell and a separate second power electronics unit that is assigned to the second PV cell , wherein the electric cell voltage U1, U2 generated in the respective PV cell and a corresponding current yield I1, I2 are able to be fed to the separate power electronics unit assigned to the respective PV cell , - a control device for controlling the power electronics , wherein - the first and the second power electronics unit are able to be operated independently of one another by way of the control device such that each PV subsystem , each of which has one of the PV cells and the power electronics unit assigned to the respective PV cell , operates at its optimum operating point.
An article of footwear having an upper and a sole structure secured to the upper , the upper comprising: a knitted component formed of unitary knit construction, the knitted component including a knit element and at least one inlaid strand extending through and formed of unitary knit construction with the knit element ; the knit element having an exterior surface and an interior surface ; the at least one inlaid strand having a first portion that extends between the exterior surface and the interior surface of the knit element ; the at least one inlaid strand having a second portion that extends outwardly from the exterior surface of the knit element , wherein the second portion is disposed in a heel region of the knitted component , characterised in that the second portion is configured such that a finger may be inserted between the second portion and the exterior surface of the knit element . a knitted component formed of unitary knit construction, the knitted component including a knit element and at least one inlaid strand extending through and formed of unitary knit construction with the knit element ; the knit element having an exterior surface and an interior surface ; the at least one inlaid strand having a first portion that extends between the exterior surface and the interior surface of the knit element ; the at least one inlaid strand having a second portion that extends outwardly from the exterior surface of the knit element , wherein the second portion is disposed in a heel region of the knitted component , characterised in that the second portion is configured such that a finger may be inserted between the second portion and the exterior surface of the knit element .
A printing system for printing a plurality of images in a first web and in a second web , the printing system comprising: a) a print head ; b) feed means for feeding both the first web and the second web simultaneously to the print head in a feed direction (Y) relative said print head ; c) a user interface configured to set a printing arrangement of the plurality of images in the first web and the second web and to input the print head and the feed means for performing printing according to the printing arrangement ; wherein the printing system further comprises a print-pause module for stopping printing of the printing arrangement , the print-pause module being configured to: - provide a print-pause arrangement displayed in a display screen of the user interface which comprises a proposed print-pause displayed in the printing arrangement upstream the feed direction (Y) with respect to both the print head and a first image (C) whose printing is being performed in the first web when the print-pause module is selected; and - cooperate with the user interface to input the print head and the feed means according to the print-pause arrangement to stop printing once printing of said first image (C) is complete when the print-pause module is selected. a) a print head ; b) feed means for feeding both the first web and the second web simultaneously to the print head in a feed direction (Y) relative said print head ; c) a user interface configured to set a printing arrangement of the plurality of images in the first web and the second web and to input the print head and the feed means for performing printing according to the printing arrangement ; - provide a print-pause arrangement displayed in a display screen of the user interface which comprises a proposed print-pause displayed in the printing arrangement upstream the feed direction (Y) with respect to both the print head and a first image (C) whose printing is being performed in the first web when the print-pause module is selected; and - cooperate with the user interface to input the print head and the feed means according to the print-pause arrangement to stop printing once printing of said first image (C) is complete when the print-pause module is selected.
A brilliant red liquid disperse dye, which in mass percentages is composed of: 1-amino-4-hydroxy-9, 10-anthraquinone derivative 8 - 30%, dispersant CNF 1.0 - 4.0%, wherein dispersant CNF is a benzyl naphthalene sulfonate formaldehyde condensate, fatty amine polyoxyethylene ether 1815 0.5 - 2.5%, Sodium polyacrylate 0.3 - 0.8%, Water-soluble polyester 2.0 - 5.0%, Water-soluble polyalkylene glycol 0.3 - 0.5%, and the rest water. 1-amino-4-hydroxy-9, 10-anthraquinone derivative 8 - 30%, dispersant CNF 1.0 - 4.0%, wherein dispersant CNF is a benzyl naphthalene sulfonate formaldehyde condensate, fatty amine polyoxyethylene ether 1815 0.5 - 2.5%, Sodium polyacrylate 0.3 - 0.8%, Water-soluble polyester 2.0 - 5.0%, Water-soluble polyalkylene glycol 0.3 - 0.5%, and the rest water.
A method performed by a first communication device , comprising: receiving a first data from a second communication device , wherein the first data comprises first sidelink control information, and the first sidelink control information comprises a destination field indicating an identity of the first communication device ; decoding the first data into a first Medium Access Control, MAC, Protocol Data Unit, PDU, wherein the first MAC PDU comprises at least one MAC sub-header and at least one MAC Service Data Unit, SDU, each MAC sub-header of the at least one MAC sub-header corresponds to a respective one of the at least one MAC SDU, and each MAC sub-header comprises a source field and a destination field; and wherein the source field indicates an identity of a source communication device of a corresponding MAC SDU, and the destination field indicates an identity of a destination communication device of the corresponding MAC SDU. receiving a first data from a second communication device , wherein the first data comprises first sidelink control information, and the first sidelink control information comprises a destination field indicating an identity of the first communication device ; decoding the first data into a first Medium Access Control, MAC, Protocol Data Unit, PDU, wherein the first MAC PDU comprises at least one MAC sub-header and at least one MAC Service Data Unit, SDU, each MAC sub-header of the at least one MAC sub-header corresponds to a respective one of the at least one MAC SDU, and each MAC sub-header comprises a source field and a destination field; and wherein the source field indicates an identity of a source communication device of a corresponding MAC SDU, and the destination field indicates an identity of a destination communication device of the corresponding MAC SDU.
Contact head for an electrical test device for electrically testing substrates, which have electrical contact points, with at least two guide plates that are arranged to each other by a spacer and each have guide openings aligned or offset with each other for receiving pin-shaped contact elements and are oriented to each other by a centering device , wherein the centering device has four centering pins , which are displaceably mounted in a slot , extending toward the center (Z) of the contact head , in at least of one of the guide plates , and wherein the centering pins are each held in a centering opening of the spacer , characterized in that the centering openings each have only one guide surface oriented parallel to a radial axis (R) - in relation to the center (Z).
Method for preparing a chocolate seed composition or chocolate compound seed composition having a primary endotherm melt peak position of at least 40 °C, preferably in the range of 41-50 °C, more preferably in the range of 42-48 °C, more preferably in the range of 43-46 °C, as measured by Differential Scanning Calorimetry, comprising subjecting a liquid fat blend comprising (i) 50-99.5 wt. % of a stearin fraction of milk fat having a primary endotherm melt peak position of at least 42.5 °C, as measured by Differential Scanning Calorimetry, and (ii) 50-0.5 wt.% cocoa butter or cocoa butter equivalent, to a crystallization step, which comprises cooling the liquid fat blend to a temperature below the lower end of the solidification range of the blend. (i) 50-99.5 wt. % of a stearin fraction of milk fat having a primary endotherm melt peak position of at least 42.5 °C, as measured by Differential Scanning Calorimetry, and (ii) 50-0.5 wt.% cocoa butter or cocoa butter equivalent,
Method for determining the air flow volume (Q) through a ventilation pipe (LR) of a ventilation system, wherein the ventilation pipe has a cross-section (A) and is arranged between an air inlet (AUL) and an air outlet (FOL), wherein a system pressure difference (Δ p ) between the air inlet (AUL) and the air outlet (FOL) is measured and with the aid of an air density ( ρ 0 ) the flow volume (Q) is determined according to the relationship Q A , Δ p = A 2 ⋅ Δ p ρ 0 characterised in that the system pressure difference (Δ p ) is determined by a first pressure difference ( p 1 ) being detected upstream and downstream of a first ventilator arranged in the air inlet (AUL) by means of a corresponding first means and a second pressure difference ( p 2 ) being detected upstream and downstream of a second ventilator, arranged in the air outlet (FOL), by means of a corresponding second means , and the system pressure difference (Δ p ) is formed from the first and second difference ( p 1 , p 2 ).