mhurhangee/ep-ind-claims huggingface dataset:
A stand alone tobacco smoke filter or filter element for use with a smoking article comprising a wrapper engaged around a longitudinally extending core of tobacco smoke filtering material, wherein at least one end of the wrapper extends beyond the end of the core around which it is engaged, to define a cavity at the end of the filter which faces the smoking article in use; characterised in that the wrapper is paper of basis weight of around 50 g/m 2 for a smoking article with a circumference of 16 to 23 mm, or from about 80 to about 120 g/m 2 for a smoking article of circumference 24 to 25 mm.
A multi-purpose cabinet for sports equipment comprising at least one rigid frame comprising a housing compartment for objects, in particular sports equipment, equipped with at least one closing door for said compartment of said rigid frame, wherein said rigid frame comprises at least two compartments for objects, each comprising at least one closing door to access it from the outside, said compartments being further separated completely from each other at least by one separating element, for providing two compartments for separate equipment, said at least two compartments being adapted to form a single compartment of the compartment dimensions of both compartments connected together by the opening of said separating element, wherein said cabinet comprises at least a winter and a summer configuration, and in both configurations said cabinet comprises in each compartment two or more supports for ski boots and/or bicycle shoes, said supports being adapted to heat and disinfect said shoes or boots, characterized in that the separating element is an inner door that can be closed in winter configuration or opened in the summer configuration remaining housed in the cabinet to provide respectively two completely separated compartments or a single compartment.
A method by a telematics device, the method for predicting an alternator failure in a motor vehicle, the method comprising: entering into a sleep mode, then performing a plurality of micro wakeups during the sleep mode; capturing a first plurality of voltage values corresponding to the plurality of micro wakeups; waking up from the sleep mode and checking for an ignition signal; if the ignition signal is detected: determining a maximum cranking voltage and a maximum cranking voltage timestamp from the first plurality of voltage values; capturing a second plurality of voltage values; determining a maximum device voltage and a maximum device voltage timestamp from the second plurality of voltage values; and determining a potential alternator undercharging condition if a duration between the maximum cranking voltage timestamp and the maximum device voltage timestamp is greater than an undercharging indicator duration threshold. entering into a sleep mode, then performing a plurality of micro wakeups during the sleep mode; capturing a first plurality of voltage values corresponding to the plurality of micro wakeups; waking up from the sleep mode and checking for an ignition signal; if the ignition signal is detected: determining a maximum cranking voltage and a maximum cranking voltage timestamp from the first plurality of voltage values; capturing a second plurality of voltage values; determining a maximum device voltage and a maximum device voltage timestamp from the second plurality of voltage values; and determining a potential alternator undercharging condition if a duration between the maximum cranking voltage timestamp and the maximum device voltage timestamp is greater than an undercharging indicator duration threshold. determining a maximum cranking voltage and a maximum cranking voltage timestamp from the first plurality of voltage values; capturing a second plurality of voltage values; determining a maximum device voltage and a maximum device voltage timestamp from the second plurality of voltage values; and determining a potential alternator undercharging condition if a duration between the maximum cranking voltage timestamp and the maximum device voltage timestamp is greater than an undercharging indicator duration threshold.
A retainer, which is formed by combination of two annular retaining plates (27A, 27B) each comprising semispherical swelling portions arranged at predetermined intervals along a circumferential direction, the semispherical swelling portions facing each other and forming pockets for retaining balls, wherein: each of the pockets has ball-facing surfaces each including a ball non-contact portion; a contact area in each of the pockets with respect to each of the balls is reduced by from 15% to 30% in comparison with a contact area with respect to each of the balls without provision of the ball non-contact portion; each of the semispherical swelling portions comprises a slit; and the ball non-contact portion is constituted by the slit, characterized in that the ball non-contact portion is arranged on a bearing radially-outer side with respect to a pitch circle of the balls. each of the pockets has ball-facing surfaces each including a ball non-contact portion; a contact area in each of the pockets with respect to each of the balls is reduced by from 15% to 30% in comparison with a contact area with respect to each of the balls without provision of the ball non-contact portion; each of the semispherical swelling portions comprises a slit; and the ball non-contact portion is constituted by the slit, characterized in that the ball non-contact portion is arranged on a bearing radially-outer side with respect to a pitch circle of the balls.
A metering head for use in an automatic dyeing apparatus for mass screening in the healthcare system for metering reagents on a plurality of object carriers, comprising a plurality of storage containers which are suitable for receiving liquid reagents and have at one end a metering valve for the metering and application of the reagents to the object carriers, wherein the storage containers have a covering at the end opposite the metering valves and the metering head is formed from exchangeable plates or blocks, wherein the coverings, the storage containers and/or the metering valves form in each case a block combined into a unit, characterized in that the covering is a gas-tight covering, wherein the covering has a connection provided with inlet valves for the application of a gas over-pressure, and the average volume of the storage containers is at least 2·5 ml.
An air conditioner comprising: a body for taking indoor air inside through an air intake port, for conditioning the air, and for discharging the air to an air discharge port (6, 8); and an illumination panel on the body, wherein the illumination panel includes: an illumination panel base; a first cover on the illumination panel base; a light emitting unit for emitting light outward, the light emitting unit being provided between the illumination panel base and the first cover; characterized in that the light emitting unit is configured for emitting light outward between the illumination panel base and the first cover, whereby the air conditioner further comprises a second cover having a gap between the first cover and the second cover; and a reflector for reflecting the light emitted from the light emitting unit to the front of the first cover through the gap. a body for taking indoor air inside through an air intake port, for conditioning the air, and for discharging the air to an air discharge port (6, 8); and an illumination panel on the body, an illumination panel base; a first cover on the illumination panel base; a light emitting unit for emitting light outward, the light emitting unit being provided between the illumination panel base and the first cover; characterized in that the light emitting unit is configured for emitting light outward between the illumination panel base and the first cover, whereby the air conditioner further comprises a second cover having a gap between the first cover and the second cover; and a reflector for reflecting the light emitted from the light emitting unit to the front of the first cover through the gap.
Method for recovering a concentrated hydrolysate after hydrolysis of lignocellulose material in batch digesters comprising following stages in sequence: a. Subjecting the lignocellulose material for a steam phase hydrolysis, wherein the resulting total L/W ratio formed by steam condensate and cellulose moisture do not exceed 1.5 if the lignocellulose material only contain natural wood moisture before steam phase hydrolysis or the resulting total L/W ratio do not exceed 2.5 if the lignocellulose material has been subjected to washing or any corresponding liquid treatment with subsequent draining before steam phase hydrolysis, and wherein the lignocellulose material is subjected to the steam phase hydrolysis at a temperature in the range of 150-170°C until a first P-factor resulting in a packing degree increase of at least 20% is established; b. Subjecting the lignocellulose material for a liquid phase hydrolysis by adding hydrolysis liquid covering the packed lignocellulose material from the steam phase hydrolysis, wherein the total L/W ratio formed by steam condensate, cellulose moisture and added liquid do not exceed a total L/W ratio in the range of 2.5-3.5, and wherein the lignocellulose material is subjected to the liquid phase hydrolysis until a second P-factor is established; c. Recovering a hydrolysate after the liquid phase hydrolysis which hydrolysate corresponds to a volume of 0.5-2.0 in total L/W ratio and which is diluted only by the hydrolysis liquid added, wherein the total P-factor established in the steam phase hydrolysis and the liquid phase hydrolysis lies in the range of 200-1500, the established first P-factor is 50-95% of the total P-factor and the established second P-factor is 5-50% of the total P-factor. a. Subjecting the lignocellulose material for a steam phase hydrolysis, wherein the resulting total L/W ratio formed by steam condensate and cellulose moisture do not exceed 1.5 if the lignocellulose material only contain natural wood moisture before steam phase hydrolysis or the resulting total L/W ratio do not exceed 2.5 if the lignocellulose material has been subjected to washing or any corresponding liquid treatment with subsequent draining before steam phase hydrolysis, and wherein the lignocellulose material is subjected to the steam phase hydrolysis at a temperature in the range of 150-170°C until a first P-factor resulting in a packing degree increase of at least 20% is established; b. Subjecting the lignocellulose material for a liquid phase hydrolysis by adding hydrolysis liquid covering the packed lignocellulose material from the steam phase hydrolysis, wherein the total L/W ratio formed by steam condensate, cellulose moisture and added liquid do not exceed a total L/W ratio in the range of 2.5-3.5, and wherein the lignocellulose material is subjected to the liquid phase hydrolysis until a second P-factor is established; c. Recovering a hydrolysate after the liquid phase hydrolysis which hydrolysate corresponds to a volume of 0.5-2.0 in total L/W ratio and which is diluted only by the hydrolysis liquid added,
A method for controlling discontinuous reception, DRX, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, by a receiver of the UE, a DRX configuration including a first value indicating a short DRX cycle and a second value indicating a long DRX cycle from an evolved Node B, eNB; determining, by at least one processor of the UE, whether a DRX cycle in a subframe is changed to the long DRX cycle from the short DRX cycle; if the DRX cycle in the subframe is changed to the long DRX cycle, determining (615, 620), by the at least one processor, in the subframe, whether to start an on-duration timer based on a comparison of a remainder obtained by dividing a corresponding system frame number, SFN, multiplied by 10 and added to a subframe number of the subframe by the second value indicating the long DRX cycle with a DRX start offset; and starting, by the at least one processor, the on-duration timer based on the determination of whether to start the on-duration timer based on the first remainder and the DRX start offset. receiving, by a receiver of the UE, a DRX configuration including a first value indicating a short DRX cycle and a second value indicating a long DRX cycle from an evolved Node B, eNB; determining, by at least one processor of the UE, whether a DRX cycle in a subframe is changed to the long DRX cycle from the short DRX cycle; if the DRX cycle in the subframe is changed to the long DRX cycle, determining (615, 620), by the at least one processor, in the subframe, whether to start an on-duration timer based on a comparison of a remainder obtained by dividing a corresponding system frame number, SFN, multiplied by 10 and added to a subframe number of the subframe by the second value indicating the long DRX cycle with a DRX start offset; and starting, by the at least one processor, the on-duration timer based on the determination of whether to start the on-duration timer based on the first remainder and the DRX start offset.
A compound of formula or its corresponding spirolactone wherein - Y is chosen from the group consisting of Si, Ge and Sn; - R 1, R 2, R 3, R 4, R 5, R 6, R 20 and R 21 are independently substituents; - A is NR 8 R 9, wherein R 8 and R 9 are independently substituents; - B is O or N + R 18 R 19, wherein R 18 and R 19 are independently substituents; - C is NR 18 R 19; - R 10 of has the substructure wherein ▪ one of R 12 or R 16 or both is/are independently a carboxylic acid or a salt of a carboxylic acid; and ▪ R 13 R 14, R 15 and optionally one of R 12 or R 16 are independently substituents; - either R 12 or R 16 of R 10 in combination with R 11 of forms a γ-spirolactone. - Y is chosen from the group consisting of Si, Ge and Sn; - R 1, R 2, R 3, R 4, R 5, R 6, R 20 and R 21 are independently substituents; - A is NR 8 R 9, wherein R 8 and R 9 are independently substituents; - B is O or N + R 18 R 19, wherein R 18 and R 19 are independently substituents; - C is NR 18 R 19; - R 10 of has the substructure wherein ▪ one of R 12 or R 16 or both is/are independently a carboxylic acid or a salt of a carboxylic acid; and ▪ R 13 R 14, R 15 and optionally one of R 12 or R 16 are independently substituents; ▪ one of R 12 or R 16 or both is/are independently a carboxylic acid or a salt of a carboxylic acid; and ▪ R 13 R 14, R 15 and optionally one of R 12 or R 16 are independently substituents; - either R 12 or R 16 of R 10 in combination with R 11 of forms a γ-spirolactone.
An expansion device for insertion in an orifice in a sandwich material which comprises a front and a rear metal sheet accommodating a layer of metal foam sandwiched between them, • with a sleeve jacket, inside which an internal thread is provided, extending along a longitudinal axis of the expansion device, and • with tines disposed at a rear end section of the expansion device positioned axially counter to an insertion direction of the expansion device, the tines being provided so that they splay radially outwardly beyond the sleeve jacket in the installed position, characterized in that means are provided at a front end section opposite to the rear end section of the expansion device in order to apply a tensile force introduced into the expansion device and orientated counter to the insertion direction directly to the front metal sheet with respect to the insertion direction of the sandwich material. • with a sleeve jacket, inside which an internal thread is provided, extending along a longitudinal axis of the expansion device, and • with tines disposed at a rear end section of the expansion device positioned axially counter to an insertion direction of the expansion device, the tines being provided so that they splay radially outwardly beyond the sleeve jacket in the installed position, characterized in that means are provided at a front end section opposite to the rear end section of the expansion device in order to apply a tensile force introduced into the expansion device and orientated counter to the insertion direction directly to the front metal sheet with respect to the insertion direction of the sandwich material.
Electronic brake control device for a vehicle (3, 4) having one or more output connections for activating one or more vehicle components which are not parts of the brake system of the vehicle (3, 4), wherein the electronic brake control device has a memory for storing data, which memory has at least one memory location (11, 12) for storing operational data of a vehicle component which is connected to the respective output connection, wherein the electronic brake control device is configured to detect data characterizing the operation of the connected vehicle component and to collect it as an overall operational value of the vehicle component and store it in the assigned memory location (11, 12), characterized in that the electronic brake control device is configured to monitor the overall operational value of the vehicle component to determine whether a maximum value was reached or exceeded, and to generate a warning signal when the maximum value is reached or exceeded.
A method for wireless communication, the method performed by a user equipment, UE, and comprising: receiving control signaling indicating a sounding reference signal, SRS, configuration (300-a) in a transmission time interval, TTI (360-a), and processing the control signaling to determine that the indicated configuration includes both a first symbol period that occurs no later than a symbol period for a demodulation reference signal, DMRS (320-a), of a physical uplink channel in the TTI and a second symbol period that occurs later than the physical uplink channel in the TTI; and transmitting a first SRS (315-a) in the first symbol period and a second SRS (315-b) in the second symbol period based at least in part on the received control signaling. receiving control signaling indicating a sounding reference signal, SRS, configuration (300-a) in a transmission time interval, TTI (360-a), and processing the control signaling to determine that the indicated configuration includes both a first symbol period that occurs no later than a symbol period for a demodulation reference signal, DMRS (320-a), of a physical uplink channel in the TTI and a second symbol period that occurs later than the physical uplink channel in the TTI; and transmitting a first SRS (315-a) in the first symbol period and a second SRS (315-b) in the second symbol period based at least in part on the received control signaling.
An aircraft including at least one passenger room, with the room being defined by a perimeter wall that encloses a passenger space, the perimeter wall including a section of a side of the aircraft and an internal wall (11b, 11c, 11d) with an opening to allow access to and from the room, with the room including a passenger chair and a bed that are separate units that can be used at the same time without one unit interfering with the other unit and vice versa, characterized in that the room includes a storage cassette for storing the bed in a stowed position that has a minimal footprint in the passenger space, with the bed being moveable between the stowed position in the cassette and an operative position in which the bed defines a sleeping platform within the passenger space, with the stowed position being a vertical orientation along a longer edge of the bed, with the operative position being a position in which the bed extends lengthwise inwardly from the side of the aircraft into the passenger space, and with the storage cassette and the bed being positioned against a section of the perimeter wall that extends inwardly from the side of the aircraft.
An underline removal apparatus that removes an underline area from binary image data including the underline area touching a character string, the underline removal apparatus comprising: an underline search processing unit that executes a line template matching process by setting at least one point on the binary image data as a starting point to set a rectangular line template, the line template being set with the starting point as a rotation center while changing an angle, tracing pixels of the binary image data included in the line template, wherein the tracing is performed in a direction with the highest matching rate, to extract an underline position coordinate, and extracting a polyline connecting underline position coordinates; and an underline removal processing unit that uses the polyline to execute a process of obtaining background borderline coordinates between the underline area and a background area and character borderline coordinates between the underline area and the character string, wherein the character borderline coordinates are obtained by applying an interpolation process at contact parts between the underline area and the character string, and to execute a process of removing an area surrounded by the background borderline coordinates and the character borderline coordinates from the binary image data. an underline search processing unit that executes a line template matching process by setting at least one point on the binary image data as a starting point to set a rectangular line template, the line template being set with the starting point as a rotation center while changing an angle, tracing pixels of the binary image data included in the line template, wherein the tracing is performed in a direction with the highest matching rate, to extract an underline position coordinate, and extracting a polyline connecting underline position coordinates; and an underline removal processing unit that uses the polyline to execute a process of obtaining background borderline coordinates between the underline area and a background area and character borderline coordinates between the underline area and the character string, wherein the character borderline coordinates are obtained by applying an interpolation process at contact parts between the underline area and the character string, and to execute a process of removing an area surrounded by the background borderline coordinates and the character borderline coordinates from the binary image data.
An electron multiplying structure for use in a vacuum tube using electron multiplying, the electron multiplying structure comprising an input face intended to be oriented in a facing relationship with an entrance window of the vacuum tube, an output face intended to be oriented in a facing relationship with a detection surface of the vacuum tube, as well as an ion barrier membrane for shielding off stray ions, characterized in that, said ion barrier membrane is composed of at least one atomic layer containing graphene.