mhurhangee/ep-ind-claims huggingface dataset:
A mobile device, comprising: a key; at least one visual trace of a character, associated with the key, and defined by a plurality of holes that provide spot light outlets under back illumination, the visual trace of the character further defined by a groove at a front face of the key and aligned with at least a portion of the holes such that the trace is visible in daylight; and backlight illumination means for providing the back illumination. a key; at least one visual trace of a character, associated with the key, and defined by a plurality of holes that provide spot light outlets under back illumination, the visual trace of the character further defined by a groove at a front face of the key and aligned with at least a portion of the holes such that the trace is visible in daylight; and backlight illumination means for providing the back illumination.
A method for allocating a resource of a management system, comprising: receiving, from a first borrower, a request for a system resource allocation; determining a request priority of the first borrower based on a present resource allocation associated with the first borrower; determining a hold priority of a second borrower based on a present resource allocation associated with the second borrower; and determining, using the first borrower request priority and the second borrower hold priority, whether to reallocate any of the second borrower resource allocation to the first borrower. receiving, from a first borrower, a request for a system resource allocation; determining a request priority of the first borrower based on a present resource allocation associated with the first borrower; determining a hold priority of a second borrower based on a present resource allocation associated with the second borrower; and determining, using the first borrower request priority and the second borrower hold priority, whether to reallocate any of the second borrower resource allocation to the first borrower.
A work machine transmitting power of a motor including an output shaft extending in a front-back direction to a tool support member, the work machine comprising: a housing including a motor case accommodating the motor, and a grip extending from the motor case; a fan provided inside the housing and being configured to rotate in conjunction with rotation of the motor so as to allow air outside the housing to be sucked into the housing; a power transmission apparatus (33, 96) transmitting power of the motor to the tool support member; a case located forward of the motor case, nonrotatable relative to the motor case, and accommodating the power transmission apparatus; an extension portion provided on the housing and extending from the motor case toward the case so as to cover at least part of the case; characterized by comprising a protector provided separately from the housing and covering the case; a cooling passage provided between the case and the extension portion and through which air passes; and a passage formed between an outer surface of the case and an inner surface of the protector, communicating with the cooling passage, and allowing the air sucked in by the fan to flow along the outer surface of the case. a housing including a motor case accommodating the motor, and a grip extending from the motor case; a fan provided inside the housing and being configured to rotate in conjunction with rotation of the motor so as to allow air outside the housing to be sucked into the housing; a power transmission apparatus (33, 96) transmitting power of the motor to the tool support member; a case located forward of the motor case, nonrotatable relative to the motor case, and accommodating the power transmission apparatus; an extension portion provided on the housing and extending from the motor case toward the case so as to cover at least part of the case; characterized by comprising a protector provided separately from the housing and covering the case; a cooling passage provided between the case and the extension portion and through which air passes; and a passage formed between an outer surface of the case and an inner surface of the protector, communicating with the cooling passage, and allowing the air sucked in by the fan to flow along the outer surface of the case.
A mobile station comprising: means configured to perform Discontinuous Reception, DRX, in a first cell of a first base station using a first DRX cycle; means configured to receive, from the first base station, a handover command message including a second DRX cycle, which is different from the first DRX cycle, used by the mobile station for performing the DRX with a second base station after performing a handover from the first cell of the first base station to a second cell of the second base station; and means configured to perform the handover based on the handover command message; and means configured to perform the DRX in the second cell of the second base station using the second DRX cycle. means configured to perform Discontinuous Reception, DRX, in a first cell of a first base station using a first DRX cycle; means configured to receive, from the first base station, a handover command message including a second DRX cycle, which is different from the first DRX cycle, used by the mobile station for performing the DRX with a second base station after performing a handover from the first cell of the first base station to a second cell of the second base station; and means configured to perform the handover based on the handover command message; and means configured to perform the DRX in the second cell of the second base station using the second DRX cycle.
An electromagnetic shock pump, comprising: a valve body, which is provided with a center hole; a pressure relief valve, which is provided in the center hole; a piston, comprising a piston head provided within the center hole, an end of the free end of the piston head is provided with a sealing member, wherein the sealing member is pressed against a hole wall of the center hole, and the sealing member is able of moving along an axial direction of the center hole in a synchronized manner with the piston head; a water-sucking valve, which is provided on the piston head, and provided opposite to the pressure relief valve; wherein, the pressure relief valve, the valve body, the piston head, the sealing member and the water-sucking valve form a sealed space; wherein, an annular flange is arranged on the inner wall of the center hole, and the pressure relief valve comprises a first valve spool and a spring, the spring is pressed against the first valve spool so as to make the first valve spool move to a position where the first valve spool seats on the annular flange. a valve body, which is provided with a center hole; a pressure relief valve, which is provided in the center hole; a piston, comprising a piston head provided within the center hole, an end of the free end of the piston head is provided with a sealing member, wherein the sealing member is pressed against a hole wall of the center hole, and the sealing member is able of moving along an axial direction of the center hole in a synchronized manner with the piston head; a water-sucking valve, which is provided on the piston head, and provided opposite to the pressure relief valve; wherein, the pressure relief valve, the valve body, the piston head, the sealing member and the water-sucking valve form a sealed space; wherein, an annular flange is arranged on the inner wall of the center hole, and the pressure relief valve comprises a first valve spool and a spring, the spring is pressed against the first valve spool so as to make the first valve spool move to a position where the first valve spool seats on the annular flange.
Lawn rake with a carrier body and a plurality prongs, which form a complete sweeping area projecting from the carrier body, wherein the carrier body is subdivided into two partial bodies, which are pivotable relative to each other in a pivot joint with a pivot axis and on each of which a plurality of prongs are arranged as partial sweeping areas, wherein both partial bodies (T1, T2) are displaceable by pivoting about the pivot joint assembly from a working position, in which the partial bodies complement each other to form the carrier body and the partial sweeping areas (F1, F2) complement each other to form a complete sweeping area, to a storage position, in which the partial bodies (T1, T2) are placed opposed to each other and in which the partial sweeping areas (F1, F2) are placed opposed to each other, wherein the pivot joint assembly includes a rod or a tube as pivot axis, which is connected firmly with one of the partial bodies, wherein the pivot axis carries, at its remote end from the complete sweeping area, a connection structure for tool-free attachment and detachment of a device handle, and wherein the second partial body is pivotally supported on the pivot axis and articulated about the axial direction, characterized in that the second partial body is held on the pivot axis in a manually releasable manner without tools.
An access point, AP, comprising: means for adaptively disabling Overlapping Basic Service Set, OBSS,_Power Detect, PD,-based Spatial Reuse, SR, including a function of performing adjustment so as to avoid interference between a Basic Service Set, BSS and an OBSS which is overlapped with the BSS; and means for transmitting signaling to enable the OBSS_PD-based SR, and to not use a basic Network Allocation Vector, NAV. means for adaptively disabling Overlapping Basic Service Set, OBSS,_Power Detect, PD,-based Spatial Reuse, SR, including a function of performing adjustment so as to avoid interference between a Basic Service Set, BSS and an OBSS which is overlapped with the BSS; and means for transmitting signaling to enable the OBSS_PD-based SR, and to not use a basic Network Allocation Vector, NAV.
A method to enhance the resolution of maskless lithography while maintaining a high image contrast on a substrate, comprising: running an algorithm to provide different target polygons for forming a pattern on a target; determining a minimum feature size which may be formed by a DMD, wherein the minimum feature size is a function of a mirror size of the DMD and hardware optics; determining to line bias or shot bias the one or more target polygons to achieve an acceptable exposure contrast at the target polygon boundary for each target polygons smaller than the minimum feature size, wherein line biasing comprises increasing the size of the target polygon and shot biasing comprises increasing the number of electromagnetic radiation shots in the target polygon; biasing the one or more target polygons smaller than the minimum feature size to form a digitized pattern on the substrate; and delivering a shot of electromagnetic radiation to reflect off of a first mirror of the DMD when a centroid for the first mirror is within the one or more target polygons. running an algorithm to provide different target polygons for forming a pattern on a target; determining a minimum feature size which may be formed by a DMD, wherein the minimum feature size is a function of a mirror size of the DMD and hardware optics; determining to line bias or shot bias the one or more target polygons to achieve an acceptable exposure contrast at the target polygon boundary for each target polygons smaller than the minimum feature size, wherein line biasing comprises increasing the size of the target polygon and shot biasing comprises increasing the number of electromagnetic radiation shots in the target polygon; biasing the one or more target polygons smaller than the minimum feature size to form a digitized pattern on the substrate; and delivering a shot of electromagnetic radiation to reflect off of a first mirror of the DMD when a centroid for the first mirror is within the one or more target polygons.
Burner assembly comprising a combustion chamber and a plurality of burners which are disposed on a circle on the combustion chamber, wherein the burners comprise swirl-generating installations between which passages are formed, air flowing through said passages and fuel being added to the air by way of fuel openings in said passages during the operation, wherein the passages differ in terms of the number and/or the size of the fuel openings, the burner assembly within or outside the circle furthermore comprising a radially encircling annular gap by way of which air about the combustion chamber on one side flows laterally to the burners during the operation, characterized in that the passages of the burners that are closest to the annular gap have more fuel openings, or larger fuel openings, than the passages of the burners that are the furthest from the annular gap.
Wind turbine blade extending along a longitudinal axis from a root end to a tip end and in a transverse plane perpendicular to the longitudinal axis, the transverse plane having a main axis extending through an elastic center point, the wind turbine blade comprising a blade shell forming a profiled contour including a pressure side and a suction side, as well as a leading edge and a trailing edge with a chord having a chord length extending there between, the main axis being parallel to the chord, the wind turbine blade comprising a sensor system with an optical path comprising a first optical sensor fiber, a second optical sensor fiber and a patch optical fiber, the first optical sensor fiber including a first core with a first core diameter, wherein the first optical sensor fiber extends from a first end to a second end and comprising at least one sensor, the second optical sensor fiber including a second core with a second core diameter, wherein the second optical sensor fiber extends from a first end to a second end and comprising at least one sensor, the patch optical fiber including a patch core with a patch core diameter, wherein the patch optical fiber extends from a first end to a second end and connects the first optical sensor fiber and the second optical sensor fiber, characterised in that the first core diameter is the same as the patch core diameter.
A hydraulic camshaft adjuster for adjusting the phase position of a camshaft relative to a crankshaft in a motor vehicle drivetrain, having a stator, a rotor rotatable relative to the stator within a limited angular range, and a hydraulic supply having two working channels (5, 6) and a shift valve, wherein the two working channels (5, 6), for adjusting the rotor relative to the stator in two opposite directions of action, can be connected to a pump for pressurisation or to a reservoir for pressure relief, depending on the shift position (8, 9) of the shift valve, characterized in that the hydraulic supply has a reset pump which can be actuated by a displacement of the shift valve between its shift positions (8, 9) and by the actuation of which, one of the two working channels can be pressurised for resetting the rotor into a predetermined position.
An ion dosage apparatus for a battery, comprising: a first energy guiding device (102a, 103a, 104a, 105a, 106a) having a first energy supply device; a separation device, wherein a first energy is suppliable to the first energy guiding device (102a, 103a, 104a, 105a, 106a) via the first energy supply device; wherein the separation device envelopes the first energy guiding device and is adapted in a first state in which no energy is supplied via the first energy supply device to block ions from being transported around the first energy guiding device (102a, 103a, 104a, 105a, 106a); wherein the first energy guiding device (102a, 103a, 104a, 105a, 106a) is adapted to specify the transport direction of the first energy (110, 110', 110", 110"') to guide the first energy to a presettable position of the separation device and to emit the first energy (110, 210', 210", 210"') to the separation device at this position; wherein in a second state in which the first energy is supplied via the first energy supply device, the amount of emitted first energy (110, 210', 210", 210"') determines the number of ions transported around the first energy guiding device (102a, 103a, 104a, 105a, 106a) by the separation device and/or determines the number of ions which the separation device let pass. a first energy guiding device (102a, 103a, 104a, 105a, 106a) having a first energy supply device; a separation device, wherein a first energy is suppliable to the first energy guiding device (102a, 103a, 104a, 105a, 106a) via the first energy supply device; wherein the separation device envelopes the first energy guiding device and is adapted in a first state in which no energy is supplied via the first energy supply device to block ions from being transported around the first energy guiding device (102a, 103a, 104a, 105a, 106a); wherein the first energy guiding device (102a, 103a, 104a, 105a, 106a) is adapted to specify the transport direction of the first energy (110, 110', 110", 110"') to guide the first energy to a presettable position of the separation device and to emit the first energy (110, 210', 210", 210"') to the separation device at this position; wherein in a second state in which the first energy is supplied via the first energy supply device, the amount of emitted first energy (110, 210', 210", 210"') determines the number of ions transported around the first energy guiding device (102a, 103a, 104a, 105a, 106a) by the separation device and/or determines the number of ions which the separation device let pass.
A hydraulic fluid comprising: (a) 40 to 150 ppm by weight in terms of nitrogen content of a corrosion inhibiting agent which is one or more compounds of formula: and/or tribologically acceptable salts thereof, wherein in formula: - each R 1 is independently a hydrocarbyl group comprising 1 to 10 carbon atoms, - x is 0 to 4, and - R 2 is hydrogen or a hydrocarbyl group containing 1 to 10 carbon atoms; (b) 1500 to 4000 ppm by weight of an ashless nitrogen-containing dispersant; and (c) a major amount of a base oil, wherein the hydraulic fluid further comprises 100 to 1030 ppm by weight of one or more alkaline earth metal phenates. (a) 40 to 150 ppm by weight in terms of nitrogen content of a corrosion inhibiting agent which is one or more compounds of formula: and/or tribologically acceptable salts thereof, wherein in formula: - each R 1 is independently a hydrocarbyl group comprising 1 to 10 carbon atoms, - x is 0 to 4, and - R 2 is hydrogen or a hydrocarbyl group containing 1 to 10 carbon atoms; - each R 1 is independently a hydrocarbyl group comprising 1 to 10 carbon atoms, - x is 0 to 4, and - R 2 is hydrogen or a hydrocarbyl group containing 1 to 10 carbon atoms; (b) 1500 to 4000 ppm by weight of an ashless nitrogen-containing dispersant; and (c) a major amount of a base oil,
Boza production process, characterized in that a mixture of Lactobacillus plantarum GE223 and Wiessella confusa GE213, deposited under the number LMG P-26178 at BELGIAN COORDINATED COLLECTIONS OF MICROORGANISMS-BCCM/LMG COLLECTION (International Depositary Authority) which is not genetically modified by an artificial way, is added into sterilized, sugar added, unfermented and filtrated Boza, prepared from mixture of cereals.
A broadband antenna assembly comprising: a ground plane; a ground strip extending from the ground plane; a main patch folded about the ground strip and including a resonant length greater than an overall length of the broadband antenna assembly, wherein a first strip of the main patch is disposed above the ground strip and forms a first radiating edge with the ground strip, and a second strip of the main patch is disposed below the ground strip and forms a second radiating edge with the ground plane; wherein the first and second radiating edges are disposed at opposing sides of the main patch above and below the ground strip; and a parasitic patch (103, 104) folded about the ground strip and coupled to the main patch along at least a portion of a non-radiating edge of the main patch, the parasitic patch (103, 104) including a first strip (103-1, 104-1) and a second strip (103-2, 104-2), at least a portion of the first strip (103-1, 104-1) of the parasitic patch (103, 104) disposed above the ground strip and at least a portion of the second strip (103-2, 104-2) of the parasitic patch (103, 104) disposed below the ground strip. a ground plane; a ground strip extending from the ground plane; a main patch folded about the ground strip and including a resonant length greater than an overall length of the broadband antenna assembly, wherein a first strip of the main patch is disposed above the ground strip and forms a first radiating edge with the ground strip, and a second strip of the main patch is disposed below the ground strip and forms a second radiating edge with the ground plane; wherein the first and second radiating edges are disposed at opposing sides of the main patch above and below the ground strip; and a parasitic patch (103, 104) folded about the ground strip and coupled to the main patch along at least a portion of a non-radiating edge of the main patch, the parasitic patch (103, 104) including a first strip (103-1, 104-1) and a second strip (103-2, 104-2), at least a portion of the first strip (103-1, 104-1) of the parasitic patch (103, 104) disposed above the ground strip and at least a portion of the second strip (103-2, 104-2) of the parasitic patch (103, 104) disposed below the ground strip.
Medicament delivery device comprising: - a housing having opposite distal and proximal ends; - a medicament container holder with a medicament container, disposed within the housing, wherein the container has a front opening with or for a delivery member for delivering the medicament therethrough and at least a movable stopper; - a drive unit comprising a power source and a plunger rod, wherein said drive unit is arranged to be movable between a non-delivery state in which said power source is in a cocked state and a delivery state in which said power source acts on said plunger rod which in its turn acts on said stopper for delivering a dose of medicament from said medicament container; - retaining means operably connected to said drive unit, and capable of folding said drive unit in its non-deiivery state; and - activation means operably connected to said retaining means, and capable of releasing said drive unit from its non-delivery state; characterised in that it further comprises a delivery indication mechanism comprising a flexible band arranged with different indications, guide means (62, 67) arranged on the inner surface of the housing for storing and guiding said band, and an opening in said housing through which said indications are visible; wherein said band comprises a first end connected to said drive unit such that when said drive unit is released from its non-delivery state, said band moves through said guide means. - a housing having opposite distal and proximal ends; - a medicament container holder with a medicament container, disposed within the housing, wherein the container has a front opening with or for a delivery member for delivering the medicament therethrough and at least a movable stopper; - a drive unit comprising a power source and a plunger rod, wherein said drive unit is arranged to be movable between a non-delivery state in which said power source is in a cocked state and a delivery state in which said power source acts on said plunger rod which in its turn acts on said stopper for delivering a dose of medicament from said medicament container; - retaining means operably connected to said drive unit, and capable of folding said drive unit in its non-deiivery state; and - activation means operably connected to said retaining means, and capable of releasing said drive unit from its non-delivery state;