mhurhangee/ep-ind-claims huggingface dataset:
A display system for a vehicle configured to continuously display a moving picture on a display unit, comprising: an identification unit configured to identify a current drawing position at which the moving picture is displayed on the display screen; a storage unit configured to store a prescribed number of past drawing positions (L2, L3, L4) where the moving picture is displayed previously; a detection unit configured to detect an afterimage-reducing region of the moving picture, the afterimage reducing region extending from the current drawing position to any one of the past drawing positions (L2, L3, L4); an afterimage-reducing image drawing unit configured to display an afterimage-reducing image in the afterimage reducing region; a dividing unit configured to divide the afterimage-reducing region into a plurality of afterimage-reducing divided regions (E11, E12, E13) on the basis of the plurality of stored past drawing positions (L2, L3, L4), wherein the afterimage-reducing image drawing unit displays each of the divided afterimage-reducing images (D11, D12, D13) to be displayed in the plurality of afterimage-reducing divided regions (E11, E12, E13) so that the gradation of the divided afterimage-reducing images (D11, D12, D13) is reduced step-by-step away from the moving picture, and a moving picture drawing unit configured to display the moving picture at the current drawing position. an identification unit configured to identify a current drawing position at which the moving picture is displayed on the display screen; a storage unit configured to store a prescribed number of past drawing positions (L2, L3, L4) where the moving picture is displayed previously; a detection unit configured to detect an afterimage-reducing region of the moving picture, the afterimage reducing region extending from the current drawing position to any one of the past drawing positions (L2, L3, L4); an afterimage-reducing image drawing unit configured to display an afterimage-reducing image in the afterimage reducing region; a dividing unit configured to divide the afterimage-reducing region into a plurality of afterimage-reducing divided regions (E11, E12, E13) on the basis of the plurality of stored past drawing positions (L2, L3, L4), wherein the afterimage-reducing image drawing unit displays each of the divided afterimage-reducing images (D11, D12, D13) to be displayed in the plurality of afterimage-reducing divided regions (E11, E12, E13) so that the gradation of the divided afterimage-reducing images (D11, D12, D13) is reduced step-by-step away from the moving picture, and a moving picture drawing unit configured to display the moving picture at the current drawing position.
A thermosetting silicone resin composition comprising a condensation reactable substituent group-containing silicon compound and an addition reactable substituent group-containing silicon compound, wherein said composition comprises: a dual-end silanol type silicone oil as the condensation reactable substituent group-containing silicon compound; an alkenyl group-containing silicon compound; an organohydrogensiloxane as the addition reactable substituent group-containing silicon compound; tetramethylammonium hdroxide as a condensation catalyst; and a hydrosilylation catalyst. a dual-end silanol type silicone oil as the condensation reactable substituent group-containing silicon compound; an alkenyl group-containing silicon compound; an organohydrogensiloxane as the addition reactable substituent group-containing silicon compound; tetramethylammonium hdroxide as a condensation catalyst; and a hydrosilylation catalyst.
A control device which controls a refrigerant circuit system, wherein an enthalpy difference (Δi, Δi') between an inlet side and an outlet side of a condenser provided in the refrigerant circuit system and a refrigerant circulation amount (Gr, Gr') flowing in the refrigerant circuit system are controlled so that a difference between a heating capacity of the refrigerant circuit system during an oil return operation for recovering refrigerator oil to a compressor (10A, 10B) provided in the refrigerant circuit system in a heating cycle (Q') and that of the refrigerant circuit system during normal operation which is other than the oil return operation is within a predetermined range, characterized in that the enthalpy difference (Δi') of the condenser during the oil return operation is calculated so that a product of a frequency of the compressor (10A, 10B) and the enthalpy difference (Δi') during the normal operation is the same as that during the oil return operation, and an outlet side temperature (T') of the condenser according to the calculated enthalpy difference is set as the target temperature during the oil return operation, and the outlet side temperature of the condenser is controlled to be the target temperature.
A method of managing a jitter buffer, the method comprising: receiving a voice frame; and performing a jitter buffer adjustment on the basis of the received voice frame, wherein the jitter buffer adjustment comprises a compensation for an audio signal, wherein the compensation for the audio signal is performed in unit of a subframe of the voice frame and includes decimation or generation of the unit of the subframe, wherein the compensation for the audio signal is performed based on an importance level of the voice frame, wherein the importance level of a voice frame in the front side of the jitter buffer is higher than an importance level of a single silent voice frame and wherein the importance level of a single silent voice frame is higher than an importance level of a voice frame positioned in the middle of continuous silent voice frames. receiving a voice frame; and performing a jitter buffer adjustment on the basis of the received voice frame, wherein the jitter buffer adjustment comprises a compensation for an audio signal, wherein the compensation for the audio signal is performed in unit of a subframe of the voice frame and includes decimation or generation of the unit of the subframe, wherein the compensation for the audio signal is performed based on an importance level of the voice frame, wherein the importance level of a voice frame in the front side of the jitter buffer is higher than an importance level of a single silent voice frame and wherein the importance level of a single silent voice frame is higher than an importance level of a voice frame positioned in the middle of continuous silent voice frames.
Heat exchanger (1b, 1c) for gas, comprising a metal core comprising a collection of parallel ducts intended for the circulation of the gases with exchange of heat with a refrigerant fluid, of the U-shaped type in which the inlet and the outlet for the fluid that is to be cooled occupy adjacent positions at the one same open end of the collection of parallel ducts, the opposite end being closed, and defining an outbound passage and a return passage, the core comprising a first support plate (8b, 8c) arranged at the open end and provided with a rim (11b, 22) intended to connect to a shell, and a second support plate positioned at the closed end and joined to a sealed metal gas reservoir, each support plate (8b, 8c, 9) joined by laser welding to at least one of the ends of the said collection of parallel ducts, the said gas reservoir being joined directly to the said support plate, the core being housed inside a shell made of plastic and connected to the refrigerant fluid circuit, characterized in that the shell is fixed at its closed end to the said metal gas reservoir by joining means comprising a plurality of longitudinal ribs with a small contact area, which are secured to the shell and fit into corresponding orifices made in the gas reservoir, and in that the gas reservoir is joined to the said support plate by laser welding or arc welding.
A method for displaying a virtual keyboard layout to be used for responding to a received message on a mobile terminal, the method comprising: - analyzing (a) said received message by a processing unit of the mobile terminal, so as to search for a contextual parameter (P CTXT) associated with the received message, said contextual parameter being either a type of query or an emoji theme; - selecting (b), by the processing unit, a virtual keyboard layout (VKL s), among a set of virtual keyboard layouts ({VKL i} i∈[0;n]) displayable on a screen of the mobile terminal, as a function of the result of the search for a contextual parameter (P CTXT) associated with the received message; and - displaying (c) the selected virtual keyboard layout (VKL s) on the screen. - analyzing (a) said received message by a processing unit of the mobile terminal, so as to search for a contextual parameter (P CTXT) associated with the received message, said contextual parameter being either a type of query or an emoji theme; - selecting (b), by the processing unit, a virtual keyboard layout (VKL s), among a set of virtual keyboard layouts ({VKL i} i∈[0;n]) displayable on a screen of the mobile terminal, as a function of the result of the search for a contextual parameter (P CTXT) associated with the received message; and - displaying (c) the selected virtual keyboard layout (VKL s) on the screen.
Method for monitoring an operation of a gas burner system, wherein by means of a burner during the operation of the gas burner system a fuel-air mixture is ignited and a flame is generated, wherein the temperature of the flame is measured by means of a flame temperature measurement apparatus and is evaluated by means of an evaluation apparatus, wherein from the temperature of the flame a combustion air ratio is specified, characterised in that the flame temperature measurement apparatus is actively cooled with the application of cooling air, wherein for a provision of the cooling air for the flame temperature measurement apparatus a part of the process air supplied to the burner is branched off, and that a fuel supply to the burner is interrupted when the temperature of the flame drops below a critical value or with a specific negative gradient, and that in the case of an anomaly of the combustion air ratio, the supply of fuel to the burner is interrupted.
A titanium dioxide aqueous dispersion comprising a titanium dioxide particle having a hydrophobic compound on the surface, an aqueous dispersion medium, a nonionic surfactant having an HLB value of 10 or more, and a basic compound of alkanolamine, wherein a pH of the titanium dioxide aqueous dispersion is in a range of 8.5 to 13.
Access hatch comprising: - a frame intended to be fixed to a structure; - a leaf pivotally mounted on the frame by means of a hinge comprising a first pivot pin on the frame, a second pivot pin on the leaf and an intermediate pivot pin between the first and second axes (9, 11), allowing an offset of the leaf with respect to the frame when opening said leaf; characterised in that the hatch further comprises: - horizontal adjustment means in the plane of the leaf,of the second pivot pin; and - vertical adjustment means (21, 23) of the first and of the second pin (9, 11). - a frame intended to be fixed to a structure; - a leaf pivotally mounted on the frame by means of a hinge comprising a first pivot pin on the frame, a second pivot pin on the leaf and an intermediate pivot pin between the first and second axes (9, 11), allowing an offset of the leaf with respect to the frame when opening said leaf; - horizontal adjustment means in the plane of the leaf,of the second pivot pin; and - vertical adjustment means (21, 23) of the first and of the second pin (9, 11).
A method for manufacturing a core preform for optical fibres, the method comprising: - providing a porous soot core preform comprising a central longitudinal hole extending axially therethrough and a core-to-clad ratio of from 0.20 to 0.40; - simultaneously dehydrating and doping with fluorine the soot core preform at a temperature of from 1000°C to 1350°C by exposing it to an atmosphere containing a chlorine-containing gas and a fluorine-containing gas, the content of the fluorine-containing gas in the atmosphere being of from 0.01% to 0.50% by volume, and - simultaneously consolidating the soot core preform and closing the central longitudinal hole by exposing the soot core preform to an atmosphere having no intentionally added fluorine and chlorine at a consolidation temperature of from 1500°C to 1650°C while reducing the pressure down the central longitudinal hole, thereby forming a glass core preform. - providing a porous soot core preform comprising a central longitudinal hole extending axially therethrough and a core-to-clad ratio of from 0.20 to 0.40; - simultaneously dehydrating and doping with fluorine the soot core preform at a temperature of from 1000°C to 1350°C by exposing it to an atmosphere containing a chlorine-containing gas and a fluorine-containing gas, the content of the fluorine-containing gas in the atmosphere being of from 0.01% to 0.50% by volume, and - simultaneously consolidating the soot core preform and closing the central longitudinal hole by exposing the soot core preform to an atmosphere having no intentionally added fluorine and chlorine at a consolidation temperature of from 1500°C to 1650°C while reducing the pressure down the central longitudinal hole, thereby forming a glass core preform.
An X-ray modulator, the X-ray modulator comprising: an enclosed chamber having a window portion and a side portion, wherein the window portion is in gaseous communication with the side portion, the enclosed chamber comprising a chamber wall, wherein the chamber wall at the window portion is thinner than the chamber wall at the side portion; a pressure modulation device provided in the side portion of the enclosed chamber and adapted to modulate the pressure within the enclosed chamber; and an absorption gas within the enclosed chamber for absorbing X-ray radiation. an enclosed chamber having a window portion and a side portion, wherein the window portion is in gaseous communication with the side portion, the enclosed chamber comprising a chamber wall, wherein the chamber wall at the window portion is thinner than the chamber wall at the side portion; a pressure modulation device provided in the side portion of the enclosed chamber and adapted to modulate the pressure within the enclosed chamber; and an absorption gas within the enclosed chamber for absorbing X-ray radiation.
Motor vehicle comprising a plurality of wheels; and a brake system having hydraulically actuatable brakes corresponding to each wheel; at least one brake circuit, via which the brakes can be actuated; a brake booster, via which the brake circuit can be operated, said brake booster being actuatable via a brake pedal to be actuated by the driver, and at least one pressure generation device and/or pressure accumulator device, which can be controlled by a control device, and via which the hydraulic pressure inside the brake circuit can be modulated, characterised in that the motor vehicle is designed for an at least partially autonomous operating mode with automatic longitudinal and lateral guidance, and that at least one electric motor is provided, which motor is used in the event of a failure inside the brake system detected in the partially autonomous operating mode to generate a deceleration torque by automatically switching into a generator operation, in order to brake the vehicle until same has reached a standstill, whereby an electromechanical parking-brake device is provided, which can be engaged automatically with or after the switching of the electric motor for additional deceleration.
A tool comprising: a handle defining a channel and comprising an axle extending thereacross; one or more tool members rotatably mounted upon the axle and configured to rotate between an open position in which the one or more tool members extend from the handle and a closed position in which the one or more tool members are folded into the channel defined by the handle; a tool member magnet carried by the handle and configured to apply a magnetic force that biases the one or more tool members into the closed position; a tool lock carried by the handle and configured to engage the one or more tool members in the open position and to resist rotation of the one or more tool members to the closed position; and a tool lock spring characterised in that the tool lock spring is defining an opening through which the axle extends, wherein the tool lock spring extends between first and second spring portions (94, 96) and is mounted upon the axle such that the first spring portion receives the tool member magnet and operably engages the handle and the second spring portion operably engages the tool lock and applies a bias force to the tool lock to urge the tool lock into engagement with the one or more tools. a handle defining a channel and comprising an axle extending thereacross; one or more tool members rotatably mounted upon the axle and configured to rotate between an open position in which the one or more tool members extend from the handle and a closed position in which the one or more tool members are folded into the channel defined by the handle; a tool member magnet carried by the handle and configured to apply a magnetic force that biases the one or more tool members into the closed position; a tool lock carried by the handle and configured to engage the one or more tool members in the open position and to resist rotation of the one or more tool members to the closed position; and a tool lock spring characterised in that the tool lock spring is defining an opening through which the axle extends, wherein the tool lock spring extends between first and second spring portions (94, 96) and is mounted upon the axle such that the first spring portion receives the tool member magnet and operably engages the handle and the second spring portion operably engages the tool lock and applies a bias force to the tool lock to urge the tool lock into engagement with the one or more tools.
An antenna device for a mobile terminal, comprising a shell of the mobile terminal, comprising a slot, wherein the slot separates the shell into a first part and a second part, and the first part is configured to couple with a mainboard of the mobile terminal via a first feeding point to form a slot antenna; a connecting assembly, connecting the first part with the second part; a first capacitor, a first match circuit, wherein the first capacitor couples the first part and the first match circuit, and the first match circuit couples the first capacitor and the first feeding point; an antenna, configured to send a signal through the slot, wherein the antenna is configured to be disposed above the mainboard and below the slot, and the antenna is configured to couple with the mainboard via a second feeding point; and a second match circuit, coupling the antenna and the second feeding point, wherein the slot antenna is configured to operate at a frequency in a range of 2.4 to 2.48 GHz to form a WIFI communication antenna and the slot antenna is configured to be adjusted to operate at a frequency in a range of 1.5 to 1.6 GHz by the first match circuit to form a GPS antenna; and the antenna covers a frequency in a range of 5.1 to 5.85 GHz to form a WIFI communication antenna.
A roller cutter for a drill head for raise boring; said roller cutter having a shaft with a longitudinal centre line; a hub rotatably mounted on the shaft; a seal retainer located between the axial ends of the hub and the shaft at least arranged at one end of the roller cutter; the seal retainer supporting a primary cutter seal providing sealing between the shaft and the hub in both axial and radial directions; wherein a secondary cutter seal is located between the seal retainer and the hub, and that the secondary cutter seal provides sealing in the axial direction; wherein a first surface of the secondary cutter seal is supported by the upper surface of the axially innermost end of the seal retainer and a second surface of the secondary cutter seal is supported by a side surface of the radially outermost part of the seal retainer and wherein the secondary cutter seal comprises a flexible lip which presses against a supporting face of the hub providing sealing in an axial direction; characterized in that the side surface of the radially outermost part of the seal retainer comprises a groove. said roller cutter having a shaft with a longitudinal centre line; a hub rotatably mounted on the shaft; a seal retainer located between the axial ends of the hub and the shaft at least arranged at one end of the roller cutter; the seal retainer supporting a primary cutter seal providing sealing between the shaft and the hub in both axial and radial directions; wherein a secondary cutter seal is located between the seal retainer and the hub, and that the secondary cutter seal provides sealing in the axial direction; wherein a first surface of the secondary cutter seal is supported by the upper surface of the axially innermost end of the seal retainer and a second surface of the secondary cutter seal is supported by a side surface of the radially outermost part of the seal retainer and wherein the secondary cutter seal comprises a flexible lip which presses against a supporting face of the hub providing sealing in an axial direction; characterized in that the side surface of the radially outermost part of the seal retainer comprises a groove.
Electrical lamp having an outer bulb and an elongate inner bulb, which is closed in a vacuum-tight fashion and defines a longitudinal axis, contains a lighting means and is closed at opposite ends by sealing parts (6; 15) that contain foils, wherein the outer bulb has two narrowed neck parts at its ends and is fitted over the inner bulb, and wherein at least one neck part is fastened on a connecting section at the end of the sealing part of the inner bulb, wherein there is a terminal section of the sealing part in which the distance between the neck part and the sealing part is at most 4 mm, wherein this distance from the inner bulb is maintained at least to such an extent that the narrowed portion of the neck part encloses a subportion of the foil, which includes at least 20% of the axial length of the foil, characterized in that the sealing parts (6; 15) are each configured in an H-shape.
A porous carbon material characterized by a. a total pore volume in the range from 0.4 to 2.8 cm 3 /g for pores having a diameter in the range from 10 nm to 10,000 nm, with the total pore volume determined according to the mercury porosimetry method as described herein; and b. a skeletal density in the range from 1.8 to 2.3 g/cm 3, with the skeletal density determined according to the skeletal density method as described herein. a. a total pore volume in the range from 0.4 to 2.8 cm 3 /g for pores having a diameter in the range from 10 nm to 10,000 nm, with the total pore volume determined according to the mercury porosimetry method as described herein; and b. a skeletal density in the range from 1.8 to 2.3 g/cm 3, with the skeletal density determined according to the skeletal density method as described herein.