mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device package comprising: a light source unit ; a body comprising first and second lead frames electrically connected to the light source unit and having a cavity (s) formed on the first and second lead frames ; and a resin material filling the cavity (s) and comprising a main material comprising a vinyl group (-CH=CH2) and a sub-material comprising a plurality of silane groups (Si-H) , wherein the vinyl groups (-CH=CH2) and the silane groups (Si-H) are cross-linked to each other by curing, wherein, the resin material comprises a catalyst promoting binding between the vinyl groups and the silane groups , characterized in that , before curing, the plurality of silane groups is contained in an amount of 0.7 to 0.9 times that of the vinyl groups , and in that , after curing, an optical density (absorbance) of a Fourier transform infrared spectroscopy (FT-IR) signal for silane groups (Si-H) not reacted with the vinyl groups (-CH=CH2) among the plurality of silane groups (Si-H) is in the range of 0.0002 to 0.004 (arb. unit) in a first wavenumber range of the FT-IR signal, and the optical density of the unreacted silane groups is in the range of 0.005 to 0.01 (arb. unit) in a second wavenumber range of the FT-IR signal different from the first wavenumber range, in that the first wavenumber range is in the range of 2100 to 2200 cm-1, and in that the second wavenumber range is in the range of 870 to 930 cm-1. a light source unit ; a body comprising first and second lead frames electrically connected to the light source unit and having a cavity (s) formed on the first and second lead frames ; and a resin material filling the cavity (s) and comprising a main material comprising a vinyl group (-CH=CH2) and a sub-material comprising a plurality of silane groups (Si-H) , wherein the vinyl groups (-CH=CH2) and the silane groups (Si-H) are cross-linked to each other by curing, wherein, the resin material comprises a catalyst promoting binding between the vinyl groups and the silane groups , characterized in that , before curing, the plurality of silane groups is contained in an amount of 0.7 to 0.9 times that of the vinyl groups , and in that , after curing, an optical density (absorbance) of a Fourier transform infrared spectroscopy (FT-IR) signal for silane groups (Si-H) not reacted with the vinyl groups (-CH=CH2) among the plurality of silane groups (Si-H) is in the range of 0.0002 to 0.004 (arb. unit) in a first wavenumber range of the FT-IR signal, and the optical density of the unreacted silane groups is in the range of 0.005 to 0.01 (arb. unit) in a second wavenumber range of the FT-IR signal different from the first wavenumber range, in that the first wavenumber range is in the range of 2100 to 2200 cm-1, and in that the second wavenumber range is in the range of 870 to 930 cm-1.
An image display apparatus configured to display a 360-degree image, the image display apparatus comprising: a display ; a memory comprising at least one instruction; and a processor , by executing the at least one instruction stored in the memory, configured to: control the display to display at least a part of a 360-degree image on a plurality of windows in which each of the plurality of windows represents images corresponding to different angles of view of the 360-degree image, wherein the plurality of windows comprises a main window and a plurality of sub windows, wherein the plurality of sub windows overlap the main window, change display properties of all of the plurality of sub windows together in response to receiving an input that moves an angle of view on the main window wherein changing the display properties comprises: controlling the display to not display the plurality of sub windows while receiving the input that moves the angle of view of the 360-degree image on the main window, and controlling the display to display again the plurality of sub windows that have not been displayed after receiving of the input that moves the angle of view of the 360-degree image ends and a predetermined time elapses. a display ; a memory comprising at least one instruction; and a processor , by executing the at least one instruction stored in the memory, configured to: control the display to display at least a part of a 360-degree image on a plurality of windows in which each of the plurality of windows represents images corresponding to different angles of view of the 360-degree image, wherein the plurality of windows comprises a main window and a plurality of sub windows, wherein the plurality of sub windows overlap the main window, change display properties of all of the plurality of sub windows together in response to receiving an input that moves an angle of view on the main window wherein changing the display properties comprises: controlling the display to not display the plurality of sub windows while receiving the input that moves the angle of view of the 360-degree image on the main window, and controlling the display to display again the plurality of sub windows that have not been displayed after receiving of the input that moves the angle of view of the 360-degree image ends and a predetermined time elapses. controlling the display to not display the plurality of sub windows while receiving the input that moves the angle of view of the 360-degree image on the main window, and controlling the display to display again the plurality of sub windows that have not been displayed after receiving of the input that moves the angle of view of the 360-degree image ends and a predetermined time elapses.
Adjusting unit in order to adjust a relative position between a fixedly arranged first component (A) and a relocatably mounted second component (B) comprising the following features: a. an adjusting bolt with an eccentric head , a shaft and at least one drive means , preferably two drive means arranged at the end, and b. a sleeve-like receiving member in which the cylindrical shaft of the adjusting bolt is receivable and is adjustable relatively to the sleeve-like receiving member in a rotation angle orientation, whereas c. the eccentric head provides a circumferential radial contact surface at which the second component (B) is braceable so that a lateral position of the second component (B) is adjustable relatively to the first component (A) by rotating the adjusting bolt via the at least one drive means , characterized in that d. the cylindrical shaft of the adjusting bolt is supportable via a friction connection between the shaft and the receiving member in the receiving member . a. an adjusting bolt with an eccentric head , a shaft and at least one drive means , preferably two drive means arranged at the end, and b. a sleeve-like receiving member in which the cylindrical shaft of the adjusting bolt is receivable and is adjustable relatively to the sleeve-like receiving member in a rotation angle orientation, whereas c. the eccentric head provides a circumferential radial contact surface at which the second component (B) is braceable so that a lateral position of the second component (B) is adjustable relatively to the first component (A) by rotating the adjusting bolt via the at least one drive means , characterized in that d. the cylindrical shaft of the adjusting bolt is supportable via a friction connection between the shaft and the receiving member in the receiving member .
Drilling tool with - a drill longitudinal axis (L) about which the drilling tool is rotatable in a direction of rotation (R) and along which drill longitudinal axis (L) a fluted length (LN) extends - at least two main cutting edges and at least two peripheral cutting edges , with a main cutting edge transitioning into a peripheral cutting edge along a transition area - at least two flutes , which are each spaced from a web , - a land formed on a lateral surface of a web , wherein along the fluted length (LN), at least in sections, a first chamfer with a clearance angle cut is formed on the peripheral cutting edge , which peripheral cutting edge is formed on a first diameter (D1), which first diameter (D1) is smaller than the bore diameter (D), characterized in that - on the cutting land , with respect to the direction of rotation (R), after the first bevel , a margin with a circular grind is formed, determining the drill diameter (D), offset by an angle of 20° to 40° relative to the first bevel , wherein an auxiliary flute is formed before the margin with respect to the direction of rotation (R), - and wherein the first chamfer has a clearance angle (α) of between 5° and 15°. - a drill longitudinal axis (L) about which the drilling tool is rotatable in a direction of rotation (R) and along which drill longitudinal axis (L) a fluted length (LN) extends - at least two main cutting edges and at least two peripheral cutting edges , with a main cutting edge transitioning into a peripheral cutting edge along a transition area - at least two flutes , which are each spaced from a web , - a land formed on a lateral surface of a web , wherein along the fluted length (LN), at least in sections, a first chamfer with a clearance angle cut is formed on the peripheral cutting edge , which peripheral cutting edge is formed on a first diameter (D1), which first diameter (D1) is smaller than the bore diameter (D), characterized in that - on the cutting land , with respect to the direction of rotation (R), after the first bevel , a margin with a circular grind is formed, determining the drill diameter (D), offset by an angle of 20° to 40° relative to the first bevel , wherein an auxiliary flute is formed before the margin with respect to the direction of rotation (R), - and wherein the first chamfer has a clearance angle (α) of between 5° and 15°. - on the cutting land , with respect to the direction of rotation (R), after the first bevel , a margin with a circular grind is formed, determining the drill diameter (D), offset by an angle of 20° to 40° relative to the first bevel , wherein an auxiliary flute is formed before the margin with respect to the direction of rotation (R), - and wherein the first chamfer has a clearance angle (α) of between 5° and 15°.
A liquid enzyme preparation, characterized in that the liquid enzyme preparation is a liquid enzyme preparation of transglutaminase EC2.3.2.13 having an enzyme activity of 10-1000 u/ml characterized in that the liquid enzyme preparation has the following physicochemical properties: 1) having a pH of 5.0-9.0; 2) having a water activity A w of ≤O.89; and 3) having a redox potential of -400mv to +50mv. 1) having a pH of 5.0-9.0; 2) having a water activity A w of ≤O.89; and 3) having a redox potential of -400mv to +50mv.
A solenoid valve drive control device in which a plunger is moved by energizing a solenoid , a valve element installed in the plunger is moved closely and departed to a valve seat and being entered in the state of an open valve by separating the valve element from the valve seat and adsorbing to an attracting member when energizing, the valve element is abutted to the valve seat when non-energizing and being entered in the state of the valve closing, the solenoid valve drive control device comprising, a switching device that energizes and intercepts the solenoid, a zero cross timing generation device , in which energizing to the solenoid by the switching device is controlled, so that energizing of zero cross timing at the power supply period is started, and an electric current sensing device that detects current value that flows to the solenoid, after energizing to the solenoid is started by the switching device, when the current value that flows to the solenoid detected by the electric current sensing device is reached to setting a circuit protection current value Ic(αA) that is predetermined, an adsorption operation mode (A1-A4) that adsorbs the plunger by energizing of the constant current which is set to the predetermined adsorption current value, after the adsorption operation mode, by controlling of the zero cross timing generation device, after energizing of zero cross timing to the solenoid is started by the switching device, when the current value that flows to the solenoid detected by the electric current sensing device is reached to the circuit protection current value Ic(αA), a stabilization mode (A5-A9) that repeats the ON-OFF cycle plural times, in which energizing to the solenoid is intercepted by further switching means , after the stabilization mode, by controlling of the zero cross timing generation device, after energizing of zero cross timing to the solenoid is started by the switching device , when the current value that flows to the solenoid detected by the electric current sensing device is reached to predetermined setting current value Ia(βA), an interception mode (B2-B5) in which energizing to the solenoid is intercepted by the switching means , after the interception mode, the holding power is generated by discharging the energy that accumulated in the solenoid between the following zero cross timings through a snubber circuit , a hold mode in which the current value that flows to the solenoid is set to reach predetermined holding current value Ib (γA) or more.
Use of a polymer comprising a repeating unit having a sulfinyl group in a side chain thereof as an active ingredient of a cell adhesion inhibitor.
Use of flexible paper sheet material for forming a packaging for a plurality of optical elements , characterized in that the flexible paper sheet material is configured to radially hold a circumference of the optical element, the flexible paper sheet material further comprising radially inward protruding paper sheet material portions for axial support of a rim of the optical element.
A modular pod for housing equipment requiring a controlled environment, the modular pod comprising: a plurality of walls , a roof , and a base defining a substantially enclosed interior space; a return air plenum positioned within the interior space; an air inlet positioned proximate one of the walls; an air outlet an air economizer positioned within the interior space, the air economizer comprising: a mixing zone in communication with the air inlet; and a plurality of return air shafts configured to deliver warm air from the return air plenum to the mixing zone, each return air shaft tapering down from an end of the return air shaft proximate the roof to an end of the return air shaft proximate the base, each return air shaft including at least one wall that includes at least a partially perforated portion ; and a fan array comprising at least one fan . a plurality of walls , a roof , and a base defining a substantially enclosed interior space; a return air plenum positioned within the interior space; an air inlet positioned proximate one of the walls; an air outlet an air economizer positioned within the interior space, the air economizer comprising: a mixing zone in communication with the air inlet; and a plurality of return air shafts configured to deliver warm air from the return air plenum to the mixing zone, each return air shaft tapering down from an end of the return air shaft proximate the roof to an end of the return air shaft proximate the base, each return air shaft including at least one wall that includes at least a partially perforated portion ; and a fan array comprising at least one fan . a mixing zone in communication with the air inlet; and a plurality of return air shafts configured to deliver warm air from the return air plenum to the mixing zone, each return air shaft tapering down from an end of the return air shaft proximate the roof to an end of the return air shaft proximate the base, each return air shaft including at least one wall that includes at least a partially perforated portion ; and a fan array comprising at least one fan .
An assembly including a filtering element comprising a zigzag-folded filtering web ending frontally with an end panel having a free margin , and a cover configured to be removably fixed to a filter housing adapted to receive the filtering element , said cover comprising a wall adapted to be placed in front of and in contact with the end panel of the filtering element , wherein at least one holding formation is formed on said wall, said at least one holding formation being adapted to be coupled with the end panel of the filtering element to hold the filtering element against the wall of the cover , wherein said at least one holding formation defines a slot positioned between the wall of the cover and the holding formation , the assembly being characterized in that the slot is adapted to receive the free margin of the end panel of the filtering element , the slot having a minimum width (d) less than the thickness (D) of the end panel of the filtering element , wherein said at least one holding formation is made as an elastically deformable clip and configured to exert an elastic holding force on the end panel of the filtering element .
A method for supporting free positioning of a wireless device on a first charger block of multiple charger blocks of a wireless power transmission device , the method comprising: receiving a power signal from a primary charging core of the first charger block via a secondary charging core of the wireless device ; checking whether a voltage of the power signal is within a reference voltage range; transmitting, from the secondary charging core to the primary charging core based on a load modulation in the primary charging core , an adjustment signal which indicates adjusting the power signal when the voltage of the power signal is checked not within the reference voltage range to receive a voltage within the reference voltage range; and charging a battery cell of the wireless device with power transmitted from the wireless power transmission device when the voltage of the power signal is adjusted. receiving a power signal from a primary charging core of the first charger block via a secondary charging core of the wireless device ; checking whether a voltage of the power signal is within a reference voltage range; transmitting, from the secondary charging core to the primary charging core based on a load modulation in the primary charging core , an adjustment signal which indicates adjusting the power signal when the voltage of the power signal is checked not within the reference voltage range to receive a voltage within the reference voltage range; and charging a battery cell of the wireless device with power transmitted from the wireless power transmission device when the voltage of the power signal is adjusted.
An assembly comprising a switch device and a housing , said switch device being disposed relatively to the housing and comprising: - a switch , - a plunger , said plunger extending along a first longitudinal axis (A) and having a plunger's head , - a knob pivotally connected to the housing such that the knob pivots around a first rotational axis (C), said knob having a knob's head and an actuation zone M which is remote from the first longitudinal axis (A), said knob's head remaining in contact with said plunger's head at any position of the knob , wherein a manual compression of the knob in a first direction around the first rotational axis (C) on said actuation zone M causes the knob to move at a first speed from a first position to a second position in which the plunger actuates the switch , said manual compression of the knob causing the plunger to move at a second speed lower than the first speed of the knob , characterized in that the plunger comprises a head and a body and the plunger's head is curved and comprise a distal end having a shape of a ball joint, the plunger's head and the knob remaining in contact by a ball joint connection, the knob's head having a first outgrowth representing a first contact point between said plunger's head and said knob's head , the knob's head not being in moving abutment against the plunger's head , said first contact point causing friction forces. - a switch , - a plunger , said plunger extending along a first longitudinal axis (A) and having a plunger's head , - a knob pivotally connected to the housing such that the knob pivots around a first rotational axis (C), said knob having a knob's head and an actuation zone M which is remote from the first longitudinal axis (A), said knob's head remaining in contact with said plunger's head at any position of the knob , wherein a manual compression of the knob in a first direction around the first rotational axis (C) on said actuation zone M causes the knob to move at a first speed from a first position to a second position in which the plunger actuates the switch , said manual compression of the knob causing the plunger to move at a second speed lower than the first speed of the knob , characterized in that the plunger comprises a head and a body and the plunger's head is curved and comprise a distal end having a shape of a ball joint, the plunger's head and the knob remaining in contact by a ball joint connection, the knob's head having a first outgrowth representing a first contact point between said plunger's head and said knob's head , the knob's head not being in moving abutment against the plunger's head , said first contact point causing friction forces.
Method, carried out by a network node, for controlling parameters used by communication terminals of a telecommunication system, the telecommunication system enabling the use of discontinuous reception by communication terminals, wherein the use of discontinuous reception by a communication terminal involves cycles, here referred to as "DRX cycles", during each one of which a communication terminal is arranged to wake up at least once to monitor a downlink control channel; and the telecommunication system enables the use of DRX cycles of different lengths; the method comprising: a first procedure (s10), here referred to as "determining procedure", comprising determining, on a per communication terminal basis, whether the communication terminal is eligible to rely on a terminal-controlled mobility procedure when being in RRC connected state, wherein determining is based on at least one characteristic of the communication terminal; and a second procedure (s20), here referred to as "setting procedure", comprising, at least for one of the possible outcomes of the determining procedure (s10), setting one or more parameters on the communication terminal accordingly. the use of discontinuous reception by a communication terminal involves cycles, here referred to as "DRX cycles", during each one of which a communication terminal is arranged to wake up at least once to monitor a downlink control channel; and the telecommunication system enables the use of DRX cycles of different lengths; a first procedure (s10), here referred to as "determining procedure", comprising determining, on a per communication terminal basis, whether the communication terminal is eligible to rely on a terminal-controlled mobility procedure when being in RRC connected state, wherein determining is based on at least one characteristic of the communication terminal; and a second procedure (s20), here referred to as "setting procedure", comprising, at least for one of the possible outcomes of the determining procedure (s10), setting one or more parameters on the communication terminal accordingly.
An angle pipe for lined flue gas conduits consisting of a monobloc compact element for the portion of the flue gas conduit for directing the flue gas from horizontal direction to vertical one or vice versa, and which is formed by an assembly consisting of an external threaded flange on one side and an inserted flange neck on other side and which are interconnected by an angle pipe section equipped with at least one intermediate reduction piece for passage of the angle pipe section into the bottom part of the inserted flange neck with a larger cross-section, wherein the external threaded flange is provided with an externally threaded connection for the threaded attachment of threaded connection flange of a reduction connection tube , characterized in that the intermediate reduction piece is formed by at least two casings in the form of truncated cones interconnected between the angle pipe section and the inserted flange neck .