mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a terminal main body having a display module configured to display visual information, wherein the display module comprises a liquid crystal layer and a driver Integrated Circuit, IC, configured to control signals with respect to the liquid crystal layer; a window disposed above the display module and having a pattern layer configured to recognize a user's touch input; a key region (116, 316) formed on one surface of the window near one side thereof; and a light emitting module (180, 380) configured to illuminate the key region, and at least a portion of the light emitting module is disposed between the display module and the key region, wherein the key region is disposed above the display module, the light emitting module comprises a light guiding path portion (181, 381) configured to form a path of light reflected on an inner circumferential surface thereof and to guide the light towards the key region (116, 316), and characterized in that the light guiding path portion (181, 381) includes a buffering member configured to buffer impact applied to the driver IC. a terminal main body having a display module configured to display visual information, wherein the display module comprises a liquid crystal layer and a driver Integrated Circuit, IC, configured to control signals with respect to the liquid crystal layer; a window disposed above the display module and having a pattern layer configured to recognize a user's touch input; a key region (116, 316) formed on one surface of the window near one side thereof; and a light emitting module (180, 380) configured to illuminate the key region, and at least a portion of the light emitting module is disposed between the display module and the key region, wherein the key region is disposed above the display module, the light emitting module comprises a light guiding path portion (181, 381) configured to form a path of light reflected on an inner circumferential surface thereof and to guide the light towards the key region (116, 316), and characterized in that the light guiding path portion (181, 381) includes a buffering member configured to buffer impact applied to the driver IC.
An easy open closure for food or beverage containers and comprising a centre panel surrounded by a circumferential score and an outer seaming panel, the closure further comprising: a tab, the tab being fixed to the centre panel by a rivet formed in the centre panel such that lifting of a radially inner region of the tab forces a nose portion of the tab into contact with a region of the centre panel adjacent to a radially inner edge of the circumferential score, thereby causing the score to fracture; characterised by a bead formed in and extending circumferentially around the centre panel inside and adjacent to the circumferential score and at a radius outside of the rivet, the bead deviating inwardly from its circumferential path as it approaches the region in which the rivet is formed, and the bead terminating adjacent to and on either side of the rivet. a tab, the tab being fixed to the centre panel by a rivet formed in the centre panel such that lifting of a radially inner region of the tab forces a nose portion of the tab into contact with a region of the centre panel adjacent to a radially inner edge of the circumferential score, thereby causing the score to fracture; characterised by a bead formed in and extending circumferentially around the centre panel inside and adjacent to the circumferential score and at a radius outside of the rivet, the bead deviating inwardly from its circumferential path as it approaches the region in which the rivet is formed, and the bead terminating adjacent to and on either side of the rivet.
A receiver assembly comprising: - a receiver housing comprising a first housing part and a second housing part, the receiver housing defining an inner space, wherein the first housing part and the second housing part are movable relative to each other to define an open configuration and a closed configuration, - an armature extending in a first direction in the inner space, - a diaphragm operationally attached to the armature via a drive pin extending in a second direction, the first and second directions being different, where the second direction is transverse to the first direction, wherein the drive pin and the armature are formed in one part, and characterised in that a circumferential edge part of the diaphragm is arranged in a joint between the first housing part and the second housing part in the closed configuration, whereby the diaphragm is sandwiched between the first housing part and the second housing part. - a receiver housing comprising a first housing part and a second housing part, the receiver housing defining an inner space, wherein the first housing part and the second housing part are movable relative to each other to define an open configuration and a closed configuration, - an armature extending in a first direction in the inner space, - a diaphragm operationally attached to the armature via a drive pin extending in a second direction, the first and second directions being different, where the second direction is transverse to the first direction,
A power control apparatus (100, 200, 300, 400), comprising: a DC to DC converter (140, 240, 340, 440) connected to a direct current, DC, bus line; a communication unit configured to communicate with another power control apparatus; and a control unit configured to control power interchange with the other power control apparatus through the DC bus line, wherein the control unit is configured to control at least a control mode and a droop rate, the control mode includes a first mode for controlling a voltage of the DC bus line, a second mode for controlling a current flowing through the DC bus line, and a third mode for stopping the power interchange, and when the control mode is shifted from the first mode to the second mode or the third mode, the control unit is further configured to control the droop rate to be set to a predetermined value other than 0%. a DC to DC converter (140, 240, 340, 440) connected to a direct current, DC, bus line; a communication unit configured to communicate with another power control apparatus; and a control unit configured to control power interchange with the other power control apparatus through the DC bus line, wherein the control unit is configured to control at least a control mode and a droop rate, the control mode includes a first mode for controlling a voltage of the DC bus line, a second mode for controlling a current flowing through the DC bus line, and a third mode for stopping the power interchange, and when the control mode is shifted from the first mode to the second mode or the third mode, the control unit is further configured to control the droop rate to be set to a predetermined value other than 0%.
A closing device for an opening in a building, comprising - a frame, - a pivoting sash, which via at least one hinge on a hinge side of the closing device is pivotally arranged on the frame, - a locking device, which in a locked position locks the pivoting sash to the frame and can be transferred into at least one unlocked position in which the pivoting sash is pivotable relative to the frame about a pivot axis, and - in the locked position of the locking device, at least one locking element of the locking device which is arranged on the hinge side, acts between the hinge side of the pivoting sash and the frame for locking the pivoting sash to the frame, and is movable along an adjustment direction for transferring into the at least one unlocked position, characterized by a driving device which is configured to act on the at least one locking element on the hinge side for adjusting the locking device (30, 300-305), wherein the locking element is arranged on the pivoting sash and the driving device is arranged on the frame, wherein the driving device is configured to enter into an operative connection with the locking element for adjusting the locking device (30, 300-305). - a frame, - a pivoting sash, which via at least one hinge on a hinge side of the closing device is pivotally arranged on the frame, - a locking device, which in a locked position locks the pivoting sash to the frame and can be transferred into at least one unlocked position in which the pivoting sash is pivotable relative to the frame about a pivot axis, and - in the locked position of the locking device, at least one locking element of the locking device which is arranged on the hinge side, acts between the hinge side of the pivoting sash and the frame for locking the pivoting sash to the frame, and is movable along an adjustment direction for transferring into the at least one unlocked position,
A method for the stabilisation of contaminants within a material, said method comprising mixing said material with an alum sludge composition, wherein said composition comprises one or more aluminium compound(s) and/or complex(es) together with a reactive carbon material.
A communications system, comprising: a plurality of multi-sector cells (1304, 1306, 1308, 1310), including a first multi-sector cell and a second multi-sector cell, each multi-sector cell including a plurality of sectors, said first and second multi-sector cells being physically adjacent cells; wherein said first multi-sector cell includes a base station that is configured to use a single carrier frequency in each of a plurality of different sectors of said first cell, a first carrier frequency being used in a first sector of said first cell and a second carrier being used in a second sector of said first multi-sector cell, the first and second carrier frequencies being different; and characterized in that said second multi-sector cell includes a second base station that is configured to use said first and second carrier frequencies in a first sector of said second multi-sector cell. a plurality of multi-sector cells (1304, 1306, 1308, 1310), including a first multi-sector cell and a second multi-sector cell, each multi-sector cell including a plurality of sectors, said first and second multi-sector cells being physically adjacent cells; wherein said first multi-sector cell includes a base station that is configured to use a single carrier frequency in each of a plurality of different sectors of said first cell, a first carrier frequency being used in a first sector of said first cell and a second carrier being used in a second sector of said first multi-sector cell, the first and second carrier frequencies being different; and characterized in that said second multi-sector cell includes a second base station that is configured to use said first and second carrier frequencies in a first sector of said second multi-sector cell.
Motor vehicle having at least two motor vehicle elements (112, 146), which comprise an airfilter housing and an oil tank, wherein one of the motor vehicle elements (112, 146) is held on at least one body component of the motor vehicle by means of the other motor vehicle element (112, 146), characterised in that the motor vehicle element (112, 146), by means of which the other motor vehicle element (112, 146) is held, is formed from metal, wherein the air filter housing is held on the at least one body component of the motor vehicle by means of the oil tank.
Method for determining the absolute position of a motor vehicle in a global coordinate system, wherein a first position is recorded by means of a satellite-assisted navigation system, wherein a second position is calculated by means of at least one inertial sensor and integration of its measured values, and wherein the first position and the second position are taken as a basis for ascertaining the absolute position of the motor vehicle using a fusion filter, wherein an error in the currently determined second position is determined on the basis of a comparison of the most recently recorded first position with an associated second position and is taken into consideration for determining the current second position, characterized in that a continuous differentiable modulo integrator is used for the integration.
A process for the repairing of a damaged underlying surface of a non-structural aircraft interior component comprising the steps of: positioning fibreglass material over the underlying damaged surface, said fiberglass material being formed as a mat; and applying a cyanoacrylate-based adhesive to said fibreglass material such that the cyanoacrylate-based adhesive is able to penetrate the fibreglass material to contact said underlying damaged surface so as to adhere said fibreglass material to said underlying damaged surface. positioning fibreglass material over the underlying damaged surface, said fiberglass material being formed as a mat; and applying a cyanoacrylate-based adhesive to said fibreglass material such that the cyanoacrylate-based adhesive is able to penetrate the fibreglass material to contact said underlying damaged surface so as to adhere said fibreglass material to said underlying damaged surface.
A control device of a machine tool which is capable of making a rotary tool rotate and making the rotating rotary tool circulate relative to a workpiece for revolution motion while advancing so as to machine a groove part of a workpiece, characterized by: a reading and interpreting part which is capable of reading a machining program in which input information of advance of the rotary tool which is capable of advancing along the machining shape of the groove part and input information of revolution of the rotary tool which includes a groove width (B, 95) and a tool offset number are separately input; and an operating part which is capable of combining a first tool path of advance of the rotary tool which is set based on the input information of the advance of the rotary tool and a second tool path of revolution of the rotary tool which has a radius of revolution which is set based on the groove width (B, 95) and a radius of the rotary tool corresponding to the tool offset number so as to set a third tool path of advance of the rotary tool along the machining shape of the groove part while revolving. a reading and interpreting part which is capable of reading a machining program in which input information of advance of the rotary tool which is capable of advancing along the machining shape of the groove part and input information of revolution of the rotary tool which includes a groove width (B, 95) and a tool offset number are separately input; and an operating part which is capable of combining a first tool path of advance of the rotary tool which is set based on the input information of the advance of the rotary tool and a second tool path of revolution of the rotary tool which has a radius of revolution which is set based on the groove width (B, 95) and a radius of the rotary tool corresponding to the tool offset number so as to set a third tool path of advance of the rotary tool along the machining shape of the groove part while revolving.
A method for controlling a display device to perform three dimensional displaying, characterized in that it comprises: acquiring a current time when a liquid crystal parallax barrier is driven by an alternating current rectangular driving voltage signal; determining whether the current time is within a setting period of time in which a polarity of the alternating current rectangular driving voltage signal changes such that an image crosstalk is generated when the backlight source is in a normal-open state; shutting down a backlight source when the current time is within the setting period of time. acquiring a current time when a liquid crystal parallax barrier is driven by an alternating current rectangular driving voltage signal; determining whether the current time is within a setting period of time in which a polarity of the alternating current rectangular driving voltage signal changes such that an image crosstalk is generated when the backlight source is in a normal-open state; shutting down a backlight source when the current time is within the setting period of time.
Use of a product having at least one layer of a latently reactive adhesive film which comprises a thermoplastic component, which has a melting temperature T(melt) where 35°C ≤ T(melt) ≤ 90°C, more particularly 40°C ≤ T(melt) ≤ 60°C, and which comprises functional groups that are able to react with isocyanate, and an isocyanate-containing component, which is present in particulate dispersion in the thermoplastic component and is substantially deactivated in the region of the particle surface, the particles having an onset temperature T(onset) of 40°C ≤ T(onset) ≤ 100°C, and with T(onset) ≥ T(melt), for adhesively bonding eloxed aluminum to plastic.
A method for transmitting data in a wireless local area network, characterized by comprising: a first station transmitting a radio frame to a second station in an obtained transmission opportunity, wherein the radio frame carries notification information, and the notification information indicates whether the second station is permitted to use the transmission opportunity to communicate with a third station or not; when the notification information indicates permitting the second station to use the transmission opportunity to communicate with the third station, after the first station transmits the radio frame to the second station in the obtained transmission opportunity, the first station receiving a radio frame transmitted by the second station, wherein the radio frame received by the first station carries 1-bit or multi-bit information, and the information indicates that the second station accepts an indication of the first station to use the transmission opportunity; the second station using the transmission opportunity to transmit radio frames to the third station; or, the first station receiving a radio frame transmitted by the second station, wherein the radio frame received by the first station carries 1-bit or multi-bit information, and the information indicates that the second station does not accept an indication of the first station to use the transmission opportunity; after the first station receives the radio frame transmitted by the second station, the first station continuing to use the transmission opportunity or releasing the transmission opportunity. a first station transmitting a radio frame to a second station in an obtained transmission opportunity, wherein the radio frame carries notification information, and the notification information indicates whether the second station is permitted to use the transmission opportunity to communicate with a third station or not; when the notification information indicates permitting the second station to use the transmission opportunity to communicate with the third station, after the first station transmits the radio frame to the second station in the obtained transmission opportunity, the first station receiving a radio frame transmitted by the second station, wherein the radio frame received by the first station carries 1-bit or multi-bit information, and the information indicates that the second station accepts an indication of the first station to use the transmission opportunity; the second station using the transmission opportunity to transmit radio frames to the third station; or, the first station receiving a radio frame transmitted by the second station, wherein the radio frame received by the first station carries 1-bit or multi-bit information, and the information indicates that the second station does not accept an indication of the first station to use the transmission opportunity; after the first station receives the radio frame transmitted by the second station, the first station continuing to use the transmission opportunity or releasing the transmission opportunity.
A positive resist composition comprising: a resin whose solubility in an alkaline developing solution is enhanced by the action of an acid, the resin having no fluorine atom; a compound which generates an acid upon irradiation with actinic rays or radiation; 0.1 to 10 mass% of a fluorine-containing compound containing a group (y) which is decomposed by an alkaline developing solution to enhance the solubility of the compound in the alkaline developing solution, the amount being based on the total solids content of the composition; and a solvent; with the proviso that the composition is not one of the following two compositions, which are prepared by dissolving the components shown below in a solvent to prepare a solution having a solids content of 9 mass%, then filtering the solution through a 0.03 μm polyethylene filter to prepare a positive resist solution: Acid generator (g) Resin (g) Resin (g) Basic Compound (g) Surfactant (g) Solvent (mass ratio) z2 (0.3) RA-2 B2-5-2 TPA (0.05) W-2 (0.02) S3 = 100 z38 (0.4) RA-23 B2-5-2 DIA (0.02) W-4 (0.01) SI/S3 = 60/40 PEA (0.02) wherein the above abbreviations have the following meanings: z2: z38: RA-2: RA-23: B2-5-2: TPA: tripentylamine W-2: Megafac R08 (produced by Dainippon Ink & Chemicals, Inc.) (fluorine- and silicon-containing) S3: cyclohexanone DIA: 2,6-diisopropylaniline PEA: N-phenyldiethanolamine W-4: Troysol S-366 (produced by Troy chemical) S1: propylene glycol methyl ether acetate. a resin whose solubility in an alkaline developing solution is enhanced by the action of an acid, the resin having no fluorine atom; a compound which generates an acid upon irradiation with actinic rays or radiation; 0.1 to 10 mass% of a fluorine-containing compound containing a group (y) which is decomposed by an alkaline developing solution to enhance the solubility of the compound in the alkaline developing solution, the amount being based on the total solids content of the composition; and a solvent; z2: z38: RA-2: RA-23: B2-5-2: TPA: tripentylamine W-2: Megafac R08 (produced by Dainippon Ink & Chemicals, Inc.) (fluorine- and silicon-containing) S3: cyclohexanone DIA: 2,6-diisopropylaniline PEA: N-phenyldiethanolamine W-4: Troysol S-366 (produced by Troy chemical) S1: propylene glycol methyl ether acetate. TPA: tripentylamine W-2: Megafac R08 (produced by Dainippon Ink & Chemicals, Inc.) (fluorine- and silicon-containing) S3: cyclohexanone DIA: 2,6-diisopropylaniline PEA: N-phenyldiethanolamine W-4: Troysol S-366 (produced by Troy chemical) S1: propylene glycol methyl ether acetate.
Reactor comprising a reactor chamber and a sensor situated inside the reactor chamber for collecting optical spectroscopic information, wherein the sensor for collecting spectroscopic information has the form of a fiber with a tip, and the sensor for collecting optical spectroscopic information is combined with a device for collecting a fluid sample inside the reactor chamber wherein the device for collecting a fluid sample inside the reactor chamber is a sampling capillary comprising an orifice for sample collection situated at a sidewall of the sampling capillary, wherein the sensor for collecting optical spectroscopic information is arranged inside the sampling capillary and the tip of the fiber is arranged at a position corresponding to the orifice provided in the sampling capillary for sample collection, such that information obtained by the sensor for collecting spectroscopic information may be correlated to information deduced from analysis of collected fluid samples.