mhurhangee/patent-ind-claim-en huggingface dataset:
A proxy device, comprising: a processor circuit ; a memory coupled to the processor circuit; and a network interface coupled to the processor circuit; wherein the processor circuit is configured to function as a proxy for network communications to and from an internet of things, IoT, device that is located within a same home network as the proxy device; wherein the processor circuit is configured to determine that the loT device is in sleep mode in which the loT device is unable to send or receive network communications; wherein the processor circuit is configured, in response to determining that the loT device is in sleep mode, to store network communications received from a remote server on behalf of the loT device until determining that the loT device has entered active mode in which the loT device is able to send and receive network communications; wherein the processor circuit is configured to send the stored network communications to the loT device in response to determining that the loT device has switched to active mode from sleep mode; wherein the processor circuit is configured to send keep-alive messages to the remote server based on determining that the loT device is in sleep mode; and characterized in that the processor circuit is configured to determine whether the loT device is in the sleep mode based on a periodicity of transitions of the loT device from active mode to the sleep mode learnt by monitoring signaling from the loT device, wherein said monitoring signaling from the loT device comprises monitoring non-control message traffic generated by the loT device. a processor circuit ; a memory coupled to the processor circuit; and a network interface coupled to the processor circuit; wherein the processor circuit is configured to function as a proxy for network communications to and from an internet of things, IoT, device that is located within a same home network as the proxy device; wherein the processor circuit is configured to determine that the loT device is in sleep mode in which the loT device is unable to send or receive network communications; wherein the processor circuit is configured, in response to determining that the loT device is in sleep mode, to store network communications received from a remote server on behalf of the loT device until determining that the loT device has entered active mode in which the loT device is able to send and receive network communications; wherein the processor circuit is configured to send the stored network communications to the loT device in response to determining that the loT device has switched to active mode from sleep mode; wherein the processor circuit is configured to send keep-alive messages to the remote server based on determining that the loT device is in sleep mode; and characterized in that the processor circuit is configured to determine whether the loT device is in the sleep mode based on a periodicity of transitions of the loT device from active mode to the sleep mode learnt by monitoring signaling from the loT device, wherein said monitoring signaling from the loT device comprises monitoring non-control message traffic generated by the loT device.
Mounting assembly unit, comprising a mounting element made of a metal material, to be fixed by means of at least one fastening bolt , wherein at least one mounting element passage opening is provided in the mounting element for the passage of at least one fastening bolt , wherein the mounting element passage opening is elongated and has an opening width (B) transverse to its direction of longitudinal extension, the opening width (B) being greater than an external diameter (D) of a fastening bolt , which is to be positioned or is positioned passing through the mounting element passage opening , characterized in that in association to at least one mounting element passage opening , a mounting aid unit made of a metal material is fixed to the mounting element by welding wherein the mounting aid unit comprises in association to the mounting element passage opening a mounting aid unit passage opening , which is positioned aligned with respect to the mounting element passage opening such that an edge area of the mounting aid unit surrounding the mounting aid unit passage opening , is arranged overlapping the mounting element passage opening in some areas.
Method for detecting a locking device (LOCK) on a movable object (C), wherein the locking device (LOCK) is designed to lock a plurality of movable objects (C) to one another and/or to lock on an object carrier, wherein the locking device (LOCK) is designed to be arranged in a locking region (L) of the movable object (C), wherein the movable object (C) is designed to be moved by means of a loading device , wherein the locking region (L) can be sensed in a sensing region (SCAN) of at least one camera (K1, K2), characterised in that an image processing unit (PU) evaluates a signal (SIG) of the camera (K1, K2) in order to detect locking devices (LOCK) in a locking region (L) of the movable object (C), wherein the image processing unit (PU) outputs an error message (ERR) if a locking device (LOCK) has been identified, wherein the image processing unit (PU) evaluates the signal (SIG) of the camera (K1, K2) in order to check the correct position (POS) of the movable object (C).
A gas spring end member dimensioned for securement to an associated flexible spring member , said gas spring end member comprising: an end member wall with a longitudinal axis (AX), said end member wall including: an end wall portion oriented transverse to said longitudinal axis (AX); an outer wall portion disposed radially outward of said end wall portion , said outer wall portion extending peripherally about said longitudinal axis (AX) and dimensioned to receivingly engage the associated flexible spring member , said outer wall portion including a first end surface portion (240;242), a second end surface portion (240;242) facing opposite said first end surface portion (240;242) and an inner side surface portion facing radially inward; and, a plurality of rib wall portions disposed in spaced relation to one another about said longitudinal axis (AX) with each of said plurality of rib wall portions projecting axially from said end wall portion toward a rib end surface portion oriented transverse to said longitudinal axis (AX) characterized in that each of said plurality of rib wall portions including a rib edge surface portion spaced inward from said inner side surface portion of said outer wall portion such that a gap (GAP) is formed therebetween. an end wall portion oriented transverse to said longitudinal axis (AX); an outer wall portion disposed radially outward of said end wall portion , said outer wall portion extending peripherally about said longitudinal axis (AX) and dimensioned to receivingly engage the associated flexible spring member , said outer wall portion including a first end surface portion (240;242), a second end surface portion (240;242) facing opposite said first end surface portion (240;242) and an inner side surface portion facing radially inward; and, a plurality of rib wall portions disposed in spaced relation to one another about said longitudinal axis (AX) with each of said plurality of rib wall portions projecting axially from said end wall portion toward a rib end surface portion oriented transverse to said longitudinal axis (AX) characterized in that each of said plurality of rib wall portions including a rib edge surface portion spaced inward from said inner side surface portion of said outer wall portion such that a gap (GAP) is formed therebetween.
A method for transmitting flight information, applied to an unmanned aerial vehicle side, the method comprising: generating (101; 201) a radio resource control (RRC) signaling in an RRC processing procedure, the RRC signaling carrying the number of flight path points of the unmanned aerial vehicle; and sending (102; 202) the RRC signaling to a base station; being characterized in that , the RRC processing procedure comprises at least one of: an RRC connection reconfiguration procedure, an RRC connection reestablishment procedure, an RRC connection resume procedure and an RRC connection setup procedure; in the RRC connection reconfiguration procedure, the RRC signaling comprises an RRC connection reconfiguration completion signaling; in the RRC connection reestablishment procedure, the RRC signaling comprises an RRC connection reestablishment completion signaling; in the RRC connection resume procedure, the RRC signaling comprises an RRC connection resume completion signaling; and in the RRC connection setup procedure, the RRC signaling comprises an RRC connection setup completion signaling. generating (101; 201) a radio resource control (RRC) signaling in an RRC processing procedure, the RRC signaling carrying the number of flight path points of the unmanned aerial vehicle; and sending (102; 202) the RRC signaling to a base station; being characterized in that , the RRC processing procedure comprises at least one of: an RRC connection reconfiguration procedure, an RRC connection reestablishment procedure, an RRC connection resume procedure and an RRC connection setup procedure; in the RRC connection reconfiguration procedure, the RRC signaling comprises an RRC connection reconfiguration completion signaling; in the RRC connection reestablishment procedure, the RRC signaling comprises an RRC connection reestablishment completion signaling; in the RRC connection resume procedure, the RRC signaling comprises an RRC connection resume completion signaling; and in the RRC connection setup procedure, the RRC signaling comprises an RRC connection setup completion signaling.
A mounting system for mounting a photovoltaic module onto at least one mounting rail , the system comprising: a frame for the photovoltaic module with at least one opening (no) at a lateral side or a bottom side of the frame , the at least one opening being formed as through hole(s) and the bottom side being opposite to light incidence side of the photovoltaic module ; a plurality of mounting elements being separate elements from the at least one mounting rail , each comprising a first portion and a second portion for securing the frame to the at least one mounting rail , the first portion defining a hook-like engagement portion to hook into the opening or the bottom side of the frame to provide an interlocking connection, the second portion enabling a secure fixation to the at least one mounting rail , characterized in that the plurality of inserted mounting elements are configured to provide a stop when placing the photovoltaic module onto the at least one mounting rail thereby providing a self-alignment of the photovoltaic module on the at least one mounting rail while still being movable along the at least one mounting rail . a frame for the photovoltaic module with at least one opening (no) at a lateral side or a bottom side of the frame , the at least one opening being formed as through hole(s) and the bottom side being opposite to light incidence side of the photovoltaic module ; a plurality of mounting elements being separate elements from the at least one mounting rail , each comprising a first portion and a second portion for securing the frame to the at least one mounting rail , the first portion defining a hook-like engagement portion to hook into the opening or the bottom side of the frame to provide an interlocking connection, the second portion enabling a secure fixation to the at least one mounting rail , characterized in that the plurality of inserted mounting elements are configured to provide a stop when placing the photovoltaic module onto the at least one mounting rail thereby providing a self-alignment of the photovoltaic module on the at least one mounting rail while still being movable along the at least one mounting rail .
A method of analysis of X-ray spectra in an instrument, comprising: measuring a reference spectrum as a plurality of measured values R pr (i) for a plurality of energy bins i from at least one reference sample; selecting n pr region or regions of interest indexed by j corresponding to a plurality of bins i and recording the profile R pr j i for the respective plurality of bins from the measured reference spectrum, where n pr is a positive integer; measuring a sample spectrum as a plurality of intensity values R spe (i) for a plurality of energy bins i; fitting the measured sample spectrum R spe (i) to a fit function, wherein: the fit function includes a term ∑ j = 1 n gr R gr j i and a term ∑ j = 1 n pr P pr j i . R pr j i − i s ; there are an integer n gr calculated functions and respective line groups; R gr j i represents the j th calculated function which is a response value of a line group j; there are n pr profiles each in a respective region of interest; R pr j i − i s represents the j th profile; P pr j i is a profile modifying function for the j th profile; and i s is a shift parameter for the profiles. measuring a reference spectrum as a plurality of measured values R pr (i) for a plurality of energy bins i from at least one reference sample; selecting n pr region or regions of interest indexed by j corresponding to a plurality of bins i and recording the profile R pr j i for the respective plurality of bins from the measured reference spectrum, where n pr is a positive integer; measuring a sample spectrum as a plurality of intensity values R spe (i) for a plurality of energy bins i; fitting the measured sample spectrum R spe (i) to a fit function, wherein: the fit function includes a term ∑ j = 1 n gr R gr j i and a term ∑ j = 1 n pr P pr j i . R pr j i − i s ; there are an integer n gr calculated functions and respective line groups; R gr j i represents the j th calculated function which is a response value of a line group j; there are n pr profiles each in a respective region of interest; R pr j i − i s represents the j th profile; P pr j i is a profile modifying function for the j th profile; and i s is a shift parameter for the profiles. the fit function includes a term ∑ j = 1 n gr R gr j i and a term ∑ j = 1 n pr P pr j i . R pr j i − i s ; there are an integer n gr calculated functions and respective line groups; R gr j i represents the j th calculated function which is a response value of a line group j; there are n pr profiles each in a respective region of interest; R pr j i − i s represents the j th profile; P pr j i is a profile modifying function for the j th profile; and i s is a shift parameter for the profiles.
Lid for a cooking vessel, in particular for a working vessel of a household electrical appliance for preparing food, comprising an annular outer cap defining an opening and having an inner wall , a part made of glass having a peripheral edge , an annular seal mounted on the peripheral edge , and an annular element , the annular outer cap being assembled with the annular element to hold the annular seal , the inner wall having upper retaining abutments distributed around the opening , the annular outer cap and/or the annular element being elastically deformable to implement the annular element in the annular outer cap against the annular seal , the annular element bearing against the upper retaining abutments when the annular element is in place in the annular outer cap against the annular seal , the lid comprising an annular sealing element, characterised in that the annular sealing element comprises a seal-carrying crown and a seal provided to bear on an upper edge of the working vessel of the household electrical appliance for preparing food, the seal-carrying crown carrying the seal , and in that the annular seal comprises a lower crown bearing inside the seal-carrying crown .
Lock cylinder for a gaming machine , wherein the lock cylinder comprises an electromechanical locking device and a mechanical locking device , wherein the electromechanical locking device and the mechanical locking device are unlockable to unlock the lock cylinder , wherein the electromechanical locking device comprises an electromechanically driven locking or coupling element that is movable between a locking position, in which the electromechanical locking device is locked, and a release position, in which the electromechanical locking device is unlocked, wherein the lock cylinder comprises evaluation electronics for detecting an access authorization, and wherein the electromechanical locking device interacts with the evaluation electronics , characterized in that in the release position, the electromechanical locking device is decoupled from a cylinder housing of the lock cylinder , and the mechanical locking device is coupled with the electromechanical locking device , and in the locking position, the electromechanical locking device is rotationally fixed to the cylinder housing of the lock cylinder , and the mechanical locking device and the electromechanical locking device are decoupled from each other, and that the mechanical locking device is unlockable by a key , wherein only when the electromechanical locking device and the mechanical locking device are both unlocked, a rotation of a lever or a locking element of the lock cylinder is enabled by means of the key.
A spray bar assembly for use with a cleaning assembly , the spray bar assembly comprising: a body having a fluid inlet , the body defining an internal cavity that is divided into a set of reservoirs , the set of reservoirs fluidly coupled by a series of channels formed by internal baffling within the internal cavity, the body having a plurality of outlets along a length of the body, the plurality of outlets fluidly coupled to the fluid inlet via the set of reservoirs and the series of channels , the spray bar assembly configured to provide consistent and even fluid distribution from the plurality of outlets during operation, wherein the set of reservoirs comprise at least a first reservoir and a second reservoir divided by a first set of baffles and fluidly coupled by a first set of channels located within the first set of baffles , characterized in that the set of reservoirs further comprises an outlet reservoir directly feeding the plurality of outlets and the second reservoir and the outlet reservoir are divided by a second set of baffles and fluidly coupled by a second set of channels located within the second set of baffles . a body having a fluid inlet , the body defining an internal cavity that is divided into a set of reservoirs , the set of reservoirs fluidly coupled by a series of channels formed by internal baffling within the internal cavity, the body having a plurality of outlets along a length of the body, the plurality of outlets fluidly coupled to the fluid inlet via the set of reservoirs and the series of channels , the spray bar assembly configured to provide consistent and even fluid distribution from the plurality of outlets during operation, wherein the set of reservoirs comprise at least a first reservoir and a second reservoir divided by a first set of baffles and fluidly coupled by a first set of channels located within the first set of baffles , characterized in that the set of reservoirs further comprises an outlet reservoir directly feeding the plurality of outlets and the second reservoir and the outlet reservoir are divided by a second set of baffles and fluidly coupled by a second set of channels located within the second set of baffles .
Oral pharmaceutical formulation, comprising a) at least one core component, and b) a coating composition applied on said at least one core component, characterized in that the coating composition is stable in saliva and soluble in gastric juice and comprises a gastro-soluble (meth)acrylate based (co)polymer, silica in an amount of 10-50 wt-% based on the dry weight of the coating composition and a solid fatty acid, wherein the solid fatty acid is present in an amount of 5-10 wt-%, based on the dry weight of the coating composition, wherein the formulation is in the form of an orodispersible tablet, formed by compression of granules coated with the coating composition, and wherein the solid fatty acid is selected from a C 10 -C 20 unsaturated fatty acid or mixtures thereof. a) at least one core component, and b) a coating composition applied on said at least one core component, characterized in that the coating composition is stable in saliva and soluble in gastric juice and comprises a gastro-soluble (meth)acrylate based (co)polymer, silica in an amount of 10-50 wt-% based on the dry weight of the coating composition and a solid fatty acid, wherein the solid fatty acid is present in an amount of 5-10 wt-%, based on the dry weight of the coating composition, wherein the formulation is in the form of an orodispersible tablet, formed by compression of granules coated with the coating composition, and wherein the solid fatty acid is selected from a C 10 -C 20 unsaturated fatty acid or mixtures thereof.
A positive electrode for a lithium secondary battery, comprising, a positive electrode mixture layer formed on a positive electrode current collector, wherein the positive electrode mixture layer includes a positive electrode active material and a lithium ion additive, the lithium ion additive is a lithium ion conductive ceramic material represented by Formula 1 below, and the lithium ion conductive ceramic material has a structure in which lithium ions are additionally inserted into vacancy sites of a NASICON-type (Na super ionic conductors-type) structure: [Formula 1] Li 1+x1+y1 M 1 2-x1 M 2 x1 (PO 4 ) 3 in Formula 1, M 1 is at least one of Ti and Ge, M 2 is one or more selected from the group consisting Al, Cr, Ga, Fe, Sn, In, Lu, Y, and La, and 0<x1≦0.3, and 1.7≦y1≦2.0.
A pair of sliding components provided, on a high-pressure side of one of relatively sliding sealing faces (S) thereof, with a plurality of spiral grooves for discharging fluid to a high-pressure fluid side, each of the spiral grooves being in communication with the high-pressure fluid side, wherein a buffer groove for reducing penetration of low-pressure fluid toward the high-pressure fluid side is provided in the sealing face (S) on a low-pressure side of the spiral grooves , characterized in that , the sealing face (S) is provided, on the high-pressure side, with a plurality of fluid-circulation grooves , which are provided in a circumferential direction, in communication with the high-pressure fluid-side in addition to the spiral grooves , and is also provided with a positive pressure generating mechanism in a part flanked by each of the fluid circulation grooves and the high-pressure fluid side; the positive pressure generating mechanism is in communication with an inlet portion of each of the fluid circulation grooves and is isolated from an outlet portion of each of the fluid circulation grooves and the high-pressure fluid side by a land portion (R), and the spiral grooves are provided between the adjacent fluid circulation grooves .