mhurhangee/ep-ind-claims huggingface dataset:
A liquid crystal composition that has a negative dielectric anisotropy and a nematic phase, and contains at least one compound selected from the group of compounds represented by formula and at least one compound selected from the group of compounds represented by formula as a first component: wherein, in formula, R 1, R 2, R 3 and R 4 are independently hydrogen or alkyl having 1 to 15 carbons, in formula, R 5 and R 6 are independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons, alkenyl having 2 to 12 carbons or alkenyloxy having 2 to 12 carbons; ring A and ring C are independently 1,4-cyclohexylene, 1,4-cyclohexenylene, 1,4-phenylene, 1,4-phenylene in which at least one of hydrogen is replaced by fluorine or chlorine, or tetrahydropyran-2,5-diyl; ring B is 2,3-difluoro-1,4-phenylene, 2-chloro-3-fluoro-1,4-phenylene, 2,3-difluoro-5-methyl-1,4-phenylene, 3,4,5-trifluoronaphthalene-2,6-diyl or 7,8-difluorochroman-2,6-diyl; Z 1 and Z 2 are independently a single bond, ethylene, methyleneoxy or carbonyloxy; and a is 1, 2 or 3, b is 0 or 1, and a sum of a and b is 3 or less.
Combination of a toothbrush and a device for securing the head of a toothbrush in a processing machine, in particular tufting machine, having a retaining part, characterized in that the retaining part has a retaining flange and in that a supporting surface is formed on the retaining flange, the retaining flange being intended for engaging between a plate-like bristle carrier, produced from a rigid plastic, and a retaining crosspiece of the toothbrush head, the retaining crosspiece likewise being produced from a rigid plastic, and for supporting the bristle carrier by way of the supporting surface.
Pre-mixed powder for a foundation cream/liquid with a controllable color change, comprising: surface treated titanium dioxide obtainable by methyl triethoxy silanization of titanium dioxide and a surface treated inorganic pigment obtainable by octyl triethoxy silanization of inorganic pigments, wherein the inorganic pigment is one of iron oxide yellow, iron oxide red and iron oxide black.
Method for controlled suction of landfill gas of a landfill with organic waste, with the step: continuous, controlled and target-oriented extraction of landfill gas with help of a gas collection system of the landfill such that the organic reaction potential in the landfill is decomposed mainly aerobically, the hereto necessary input of atmospheric oxygen, the supply of oxygen and the distribution of oxygen take place exclusively in the range below atmospheric pressure and thus a shift of the CH 4 /CO 2 -equilibrium in the landfill body of the landfill can take place towards CO 2 without that air in the overpressure range is hereby input into the landfill body; wherein the oxygen necessary for shifting the decomposition conditions is provided by the suctioning of ambient air into the landfill body and thus an oxygen supply takes place by the suction itself; wherein air inlet positions of the landfill are any gaseous connections to the atmosphere, wherein the gas collection system comprises a plurality of gas collection elements, wherein the gas collection elements are gas wells and/or gas lances, and the method is carried out with only a part of the gas collection elements, wherein the landfill gas sucked with the other part of the gas collection elements is supplied to a gas utilisation and wherein the landfill comprises at the landfill base a drainage system with a surface filter and drainage pipes so that the drainage system and the surface filter of the landfill can be contacted with outside air and thereby the landfill body is completely flown through by outside air predominantly from bottom to top with the aid of gas collection elements and aerobised.
Foldable weighing scale comprising: - a central articulation piece, - a plurality of arms, each articulated relative to said central articulation piece, so as to be able to confer to the foldable weighing scale a folded state in which the arms are contiguous to one another and an unfolded state in which the weighing scale can rest on a support and receive an object to be weighed, - a plurality of weight sensors, such that: - each arm: - comprises at a first end a weight sensor and a support foot, so as to be able to rest on the support when the weighing scale is in the unfolded state, - and is articulated relative to the central articulation piece at a second end, and characterised in that: - the central articulation piece comprises a central support foot and a weight sensor. - a central articulation piece, - a plurality of arms, each articulated relative to said central articulation piece, so as to be able to confer to the foldable weighing scale a folded state in which the arms are contiguous to one another and an unfolded state in which the weighing scale can rest on a support and receive an object to be weighed, - a plurality of weight sensors, - each arm: - comprises at a first end a weight sensor and a support foot, so as to be able to rest on the support when the weighing scale is in the unfolded state, - and is articulated relative to the central articulation piece at a second end, and characterised in that: - comprises at a first end a weight sensor and a support foot, so as to be able to rest on the support when the weighing scale is in the unfolded state, - and is articulated relative to the central articulation piece at a second end, and characterised in that: - the central articulation piece comprises a central support foot and a weight sensor.
A mobile device configured to receive an audio signal from a source via a base station, the mobile device comprising: a first wireless communication interface operable to communicate using a first mode of wireless communication; a second wireless communication interface operable to communicate using a second mode of wireless communication, the second mode having a shorter range than the first mode; and a controller configured to switch from receiving the audio signal from the base station via the first wireless communication interface to receiving the audio signal via the second wireless communication interface when the mobile device is proximate to the base station, wherein the second wireless communication interface is an optical communication interface or an inductive communication interface. a first wireless communication interface operable to communicate using a first mode of wireless communication; a second wireless communication interface operable to communicate using a second mode of wireless communication, the second mode having a shorter range than the first mode; and a controller configured to switch from receiving the audio signal from the base station via the first wireless communication interface to receiving the audio signal via the second wireless communication interface when the mobile device is proximate to the base station, wherein the second wireless communication interface is an optical communication interface or an inductive communication interface.
A memory management method comprising: allocating a memory; acquiring a deallocation unit for deallocating the allocated memory depending on the performance of the corresponding system and the user waiting time, wherein the deallocation unit is defined as a basic unit for a deallocation operation for deallocating the allocated memory, and includes at least one page; and deallocating the allocated memory based on the deallocation unit, wherein deallocating the allocated memory consists of releasing the occupied state of the allocated memory and returning the allocated memory to its state before allocation; characterized in that the acquiring of the deallocation unit comprises the subsequently performed steps of: providing a specific range of numbers of deallocation operations; measuring user waiting speeds for different numbers of deallocation operations within the provided specific range for deallocating the allocated memory, according to the performance of the system; acquiring an optimal number of deallocation operations corresponding to the shortest measured user waiting time; and dividing a size of the allocated memory by the optimal number of deallocation operations in order to decide the deallocation unit. allocating a memory; acquiring a deallocation unit for deallocating the allocated memory depending on the performance of the corresponding system and the user waiting time, wherein the deallocation unit is defined as a basic unit for a deallocation operation for deallocating the allocated memory, and includes at least one page; and deallocating the allocated memory based on the deallocation unit, wherein deallocating the allocated memory consists of releasing the occupied state of the allocated memory and returning the allocated memory to its state before allocation; providing a specific range of numbers of deallocation operations; measuring user waiting speeds for different numbers of deallocation operations within the provided specific range for deallocating the allocated memory, according to the performance of the system; acquiring an optimal number of deallocation operations corresponding to the shortest measured user waiting time; and dividing a size of the allocated memory by the optimal number of deallocation operations in order to decide the deallocation unit.
Household appliance, in particular refrigeration and/or freezer device, with an insertion element which can be inserted into an inside container of the household appliance, and with a self-closing mechanism assigned to the insertion element and a damping mechanism assigned to the insertion element, wherein the household appliance is provided with a device inside wall, characterized in that the device inside wall comprises a recess, in which the self-closing mechanism and the damping mechanism are mounted in an at least partially counter-sunk manner.
A method for generating NrP >= 2 synthetic perspectives from a supplied stereo image with at least N >= 2 perspectives, wherein at least one synthetic perspective LE is generated in the viewing direction of the camera to the left of the leftmost supplied camera perspective LC, and at least one synthetic perspective RE is generated in the viewing direction of the camera to the right of the rightmost supplied camera perspective RC, in a first step, a disparity card Wohin is calculated or supplied from the leftmost supplied camera perspective LC to the rightmost supplied camera perspective RC, in a second step, a field pLC and a field pRC that each comprise pointers as field content are generated for each line in the disparity card Wohin of the supplied camera perspectives LC and RC, wherein the field contents of pLC are pointers to the pixels in the leftmost supplied camera perspective LC, and the field contents of pRC are pointers to the image contents in the rightmost supplied camera perspective RC, in a third step, a disparity card LE_Wohin is calculated such that, for each pixel with pixel position jll of each line of the new disparity card LE_Wohin, an index jllExtension is calculated with jllExtension = jll − leftCapture * jllStep and LE _ Wohin jllExtension = Wohin jll + NrP − rightCapture − 1 / jllStep, with LE _ Wohin jllExtension = − 1, in the event of right masking or LE_Wohin(jllExtension) = -2, in the event of a newly revealed pixel, and pLCjllExtension) = jll and, pRC(jllExtension) = Wohin(jll) are set, wherein jllStep = Wohin jll − jll / NrSegments and leftCapture is the number of perspectives in which LC is to be displayed rightCapture is the number of perspectives in which RC is to be displayed, and NrSegments is the number of pixels per perspective step with a given disparity of a pixel jll, in a fourth step, the synthetic perspectives LE and RE are generated using the disparity card LE_Wohin and the pointers of the fields pLC and pRC to the pixels of the supplied camera perspectives LC and RC, for the disparity card LE_Wohin and the disparity card Wohin, for each pixel of the leftmostsupplied perspective there is entered the pointer to the corresponding pixel of the rightmost supplied perspective, and wherein both synthetic perspectives LE und RE are to the left and right on the extension of the connecting line between the leftmost and rightmost supplied camera perspective LC and RC.
A method performed by an Internet Protocol, IP, Multimedia Subsystem, IMS, network node for enabling troubleshooting when entities acting as back to back user agents are involved, wherein the entities change a call-ID value representing a local protocol dependent session indicator in session initiation protocol messages when the session initiation protocol messages are forwarded, the method comprises, - receiving a message associated with a first session, - checking whether the message comprises a global session identity indicator, if it is determined that the message comprises the global session identity indicator then - determining a value of the global session identity indicator in the received message, and - inserting said value as the global session identity indicator in any subsequent messages sent from the IMS network node relating to the first session, if it is determined that the received message does not comprise the global session identity indicator then: - associating a global session identity indicator value with the first session, and - inserting said value as the global session identity indicator in any subsequent messages sent from the IMS network node relating to the first session, and - sending (405a,b) the subsequent messages, wherein the method further comprises storing a mapping between the global session identity indicator and the local protocol dependent session identity indicator. - receiving a message associated with a first session, - checking whether the message comprises a global session identity indicator, if it is determined that the message comprises the global session identity indicator then - determining a value of the global session identity indicator in the received message, and - inserting said value as the global session identity indicator in any subsequent messages sent from the IMS network node relating to the first session, - associating a global session identity indicator value with the first session, and - inserting said value as the global session identity indicator in any subsequent messages sent from the IMS network node relating to the first session, and - sending (405a,b) the subsequent messages, wherein the method further comprises storing a mapping between the global session identity indicator and the local protocol dependent session identity indicator.
A method for performing an adaptive session recovery by a wireless device supporting a transmission communication protocol in a wireless network, the method comprising opening (512, 914) at least one recovery session a preset time after a time-out occurs in an original session; monitoring whether a link recovery has occurred after the at least one recovery session is opened and before a preset maximum wait time elapses; characterized by in response to the link recovery occurring after the at least one recovery session is opened and before the preset maximum wait time elapses, recovering a transmission speed, wherein the recovered transmission speed is determined based on the original session, or both at least one of the opened at least one recovery session and the original session, according to a time when the link recovery occurs. opening (512, 914) at least one recovery session a preset time after a time-out occurs in an original session; monitoring whether a link recovery has occurred after the at least one recovery session is opened and before a preset maximum wait time elapses; characterized by in response to the link recovery occurring after the at least one recovery session is opened and before the preset maximum wait time elapses, recovering a transmission speed, wherein the recovered transmission speed is determined based on the original session, or both at least one of the opened at least one recovery session and the original session, according to a time when the link recovery occurs.
A massaging device, comprising: a base part; a plurality of vibrators configured to be brought into contact with target parts of a user and to massage the target parts with vibration; and a plurality of springs (14A-F) each including a first end fixed to the base part and a second end attached to a corresponding one of the vibrators, characterized in that the springs (14A-F) have different spring constants for treating target parts having different physical characteristics, wherein the different spring constants are set based on skin stress of the target parts. a base part; a plurality of vibrators configured to be brought into contact with target parts of a user and to massage the target parts with vibration; and a plurality of springs (14A-F) each including a first end fixed to the base part and a second end attached to a corresponding one of the vibrators, characterized in that the springs (14A-F) have different spring constants for treating target parts having different physical characteristics, wherein the different spring constants are set based on skin stress of the target parts.
Method for manufacturing a ferritic-austenitic stainless steel having good formability, good weldability and high elongation, characterized in that the stainless steel, which consists of in weight % less than 0,05 % C, 0,2-0,7 % Si, 2-5 % Mn, 19-20,5 % Cr, 0,8-1,35 % Ni, less than 0,6 % Mo, less than 1 % Cu, 0,16-0,26 % N, and optionally one or more elements; 0-0,5 % W, 0-0,2 % Nb, 0-0,1 % Ti, 0-0,2 % V, 0-0,5 % Co, 0-50 ppm B, and 0-0,04 % Al, the balance Fe and inevitable impurities and contains the sum of carbon and nitrogen C+N in the range 0,17 - 0,295 weight %, is heat treated at the temperature range of 900 - 1200 °C in order to have the microstructure containing 45 - 75 % austenite, the remaining being ferrite in the heat treatment condition, and after the heat treatment the M d30 temperature of the stainless steel is measured by straining the stainless steel and by measuring the fraction of the transformed martensite, and the steel having the measured M d30 temperature between 0 and 50 °C is selected in order to utilize the transformation induced plasticity (TRIP) for improving the formability of the stainless steel.
A heat exchanger, comprising: a conduit (218, 222; 320; 12) comprising a first aluminum alloy; and a plurality of fins (224; 360; 14) in thermally conductive contact with the exterior of said conduit, wherein said fins comprise a second aluminum alloy characterized in that said second aluminum alloy comprises from 0.005 wt.% to 0.1 wt.% of at least one alloying element selected from barium, mercury, and gallium. a conduit (218, 222; 320; 12) comprising a first aluminum alloy; and a plurality of fins (224; 360; 14) in thermally conductive contact with the exterior of said conduit, wherein said fins comprise a second aluminum alloy characterized in that said second aluminum alloy comprises from 0.005 wt.% to 0.1 wt.% of at least one alloying element selected from barium, mercury, and gallium.
A method for transmitting a power headroom report, PHR, by a user equipment, UE, in a communication system supporting a plurality of carriers, the method comprising: transmitting a PHR related to the plurality of carriers configured for the UE to an eNode B, wherein the PHR comprises a first type power headroom, PH, and a second type PH, wherein, while the first type PH is calculated for a PHR related to a primary carrier and a non-primary carrier, the second type PH is calculated for a PHR related to only the primary carrier, and wherein the second type PH is calculated for a case of simultaneous transmission of a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH. transmitting a PHR related to the plurality of carriers configured for the UE to an eNode B, wherein the PHR comprises a first type power headroom, PH, and a second type PH, wherein, while the first type PH is calculated for a PHR related to a primary carrier and a non-primary carrier, the second type PH is calculated for a PHR related to only the primary carrier, and wherein the second type PH is calculated for a case of simultaneous transmission of a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH.
A scroll compressor, comprising: a shell; a fixed scroll component and a moving scroll component provided in the shell, wherein the fixed scroll component is arranged to be fixed relative to the shell, and the moving scroll component is arranged to be floatable in an axial direction relative to the fixed scroll component; a main bearing housing provided in the shell to support the moving scroll component, wherein a back pressure cavity is formed between the moving scroll component and the main bearing housing, and the back pressure cavity is in fluid communication with a compression pocket formed between the fixed scroll component and the moving scroll component via a communication passage formed in the moving scroll component; wherein the scroll compressor further comprises a valve component (90, 90A) provided in the communication passage, the valve component (90, 90A) is configured to provide a first opening and a second opening in response to the pressure difference between the compression pocket and the back pressure cavity, and the second opening is smaller than the first opening. a shell; a fixed scroll component and a moving scroll component provided in the shell, wherein the fixed scroll component is arranged to be fixed relative to the shell, and the moving scroll component is arranged to be floatable in an axial direction relative to the fixed scroll component; a main bearing housing provided in the shell to support the moving scroll component, wherein a back pressure cavity is formed between the moving scroll component and the main bearing housing, and the back pressure cavity is in fluid communication with a compression pocket formed between the fixed scroll component and the moving scroll component via a communication passage formed in the moving scroll component; wherein the scroll compressor further comprises a valve component (90, 90A) provided in the communication passage, the valve component (90, 90A) is configured to provide a first opening and a second opening in response to the pressure difference between the compression pocket and the back pressure cavity, and the second opening is smaller than the first opening.
A method performed by a session management function, SMF, in a wireless communication system, the method comprising: mapping a burst arrival time from a time-sensitive networking, TSN, clock to a 5th generation, 5G, clock, based on an offset between a 5th generation system, 5GS, time and a time-sensitive networking, TSN, time; and transmitting, to a node of an access network, time-sensitive communication assistant information, TSCAI, including information on the burst arrival time mapped to the 5G clock. mapping a burst arrival time from a time-sensitive networking, TSN, clock to a 5th generation, 5G, clock, based on an offset between a 5th generation system, 5GS, time and a time-sensitive networking, TSN, time; and transmitting, to a node of an access network, time-sensitive communication assistant information, TSCAI, including information on the burst arrival time mapped to the 5G clock.