mhurhangee/patent-ind-claim-en huggingface dataset:
A head up display for a vehicle, comprising: an imaging device configured to emit in a first area first linearly polarized light polarized in a first direction and in a second area different from the first area second linearly polarized light polarized in a second direction perpendicular to the first direction; a polarizing reflection mirror through which the first linearly polarized light is transmitted and from which the second linearly polarized light is reflected; and a first reflection mirror spaced from the polarizing reflection mirror and configured to reflect the second linearly polarized light reflected from the polarizing reflection mirror to a windshield of the vehicle to produce a first image (K) having a first length (L1) from the windshield , characterized in that the head up display further comprises a second reflection mirror spaced apart from the polarizing reflection mirror and at which the first linearly polarized light transmitted through the polarizing reflection mirror is reflected toward a rear surface of the polarizing reflection mirror ; wherein the first reflection mirror is configured to reflect the first linearly polarized light reflected from the second reflection mirror and transmitted through the polarizing reflection mirror to the windshield of the vehicle to produce a second image (M) having a second length (L2) from the windshield different than the first length (L1). an imaging device configured to emit in a first area first linearly polarized light polarized in a first direction and in a second area different from the first area second linearly polarized light polarized in a second direction perpendicular to the first direction; a polarizing reflection mirror through which the first linearly polarized light is transmitted and from which the second linearly polarized light is reflected; and a first reflection mirror spaced from the polarizing reflection mirror and configured to reflect the second linearly polarized light reflected from the polarizing reflection mirror to a windshield of the vehicle to produce a first image (K) having a first length (L1) from the windshield , characterized in that the head up display further comprises a second reflection mirror spaced apart from the polarizing reflection mirror and at which the first linearly polarized light transmitted through the polarizing reflection mirror is reflected toward a rear surface of the polarizing reflection mirror ; wherein the first reflection mirror is configured to reflect the first linearly polarized light reflected from the second reflection mirror and transmitted through the polarizing reflection mirror to the windshield of the vehicle to produce a second image (M) having a second length (L2) from the windshield different than the first length (L1).
A CO shift conversion device in which CO and H 2 O contained in a gas to be processed are reacted and thereby converted into CO 2 and H 2 , the device comprising: a CO shift conversion unit having a catalyst layer composed of a CO shift catalyst and performing a CO shift conversion process on a gas flowing inside; and a CO 2 removing unit removing CO 2 contained in a gas introduced and transmitting a processed gas whose CO 2 concentration is lower than that of the introduced gas to a downstream side, the CO 2 removing unit being formed of a membrane which selectively passes CO 2 , wherein the catalyst layer is composed of a CO shift conversion catalyst having a property that a CO conversion rate decreases with an increase of the concentration of CO 2 contained in the gas flowing inside due to a CO 2 poisoning action and the CO shift conversion catalyst includes a copper-zinc-based catalyst, and the device is configured so that the gas to be processed is supplied to the CO shift conversion unit after the concentration of CO 2 contained in the gas to be processed is lowered by the CO 2 removing unit. a CO shift conversion unit having a catalyst layer composed of a CO shift catalyst and performing a CO shift conversion process on a gas flowing inside; and a CO 2 removing unit removing CO 2 contained in a gas introduced and transmitting a processed gas whose CO 2 concentration is lower than that of the introduced gas to a downstream side, the CO 2 removing unit being formed of a membrane which selectively passes CO 2 , wherein the catalyst layer is composed of a CO shift conversion catalyst having a property that a CO conversion rate decreases with an increase of the concentration of CO 2 contained in the gas flowing inside due to a CO 2 poisoning action and the CO shift conversion catalyst includes a copper-zinc-based catalyst, and the device is configured so that the gas to be processed is supplied to the CO shift conversion unit after the concentration of CO 2 contained in the gas to be processed is lowered by the CO 2 removing unit.
A light head for use in relining a pipe comprising: a proximal end cap with a fluid inlet ; a distal end cap ; at least one body arranged between the proximal end cap and the distal end cap , wherein the body has a longitudinal passage extending from the proximal end cap to the center of the body , and wherein at least one lateral channel is extending laterally from the longitudinal passage to an outlet on a lateral outer side of the body ; at least one LED-plate having a first surface and a second surface, wherein the first surface comprises at least one light emitting diode (LED) in order to emit light from the light head towards the pipe, and wherein the LED-plate is arranged on the lateral outer side of the body over the outlet ; at least one spacer between the LED-plate and the body in order to create a gap between the plate and the body , and wherein the longitudinal passage is configured to receive fluid from the inlet such that in use fluid from the inlet passes through the at least one lateral channel of the body such that the fluid hits the second surface of the LED-plate , and exits through the gap caused by the at least one spacer . a proximal end cap with a fluid inlet ; a distal end cap ; at least one body arranged between the proximal end cap and the distal end cap , wherein the body has a longitudinal passage extending from the proximal end cap to the center of the body , and wherein at least one lateral channel is extending laterally from the longitudinal passage to an outlet on a lateral outer side of the body ; at least one LED-plate having a first surface and a second surface, wherein the first surface comprises at least one light emitting diode (LED) in order to emit light from the light head towards the pipe, and wherein the LED-plate is arranged on the lateral outer side of the body over the outlet ; at least one spacer between the LED-plate and the body in order to create a gap between the plate and the body , and wherein the longitudinal passage is configured to receive fluid from the inlet such that in use fluid from the inlet passes through the at least one lateral channel of the body such that the fluid hits the second surface of the LED-plate , and exits through the gap caused by the at least one spacer .
A sheet manufacturing apparatus comprising an endless mesh belt , the apparatus being adapted to form an air-laid web by conveying feedstock containing fiber and resin using air as the conveyance medium, and depositing the feedstock on the endless mesh belt configured to convey the web, the apparatus further adapted to heat and compress the laid web (W) of fiber and resin so as to bond multiple fibers through the resin and form a sheet (S) with grammage of 80 g/m 2 or more, wherein the apparatus comprises a heating unit comprising a heat roller adapted to heat the web by adding a total amount of heat energy greater than or equal to 174 J and less than or equal to 2600 J per one A4 size sheet to the sheet to melt the resin passing through the heating unit and interlock the fibers to form the sheet, wherein the sheet manufacturing apparatus is further adapted to not add water to the fiber before heating and compressing the web. wherein the apparatus comprises a heating unit comprising a heat roller adapted to heat the web by adding a total amount of heat energy greater than or equal to 174 J and less than or equal to 2600 J per one A4 size sheet to the sheet to melt the resin passing through the heating unit and interlock the fibers to form the sheet, wherein the sheet manufacturing apparatus is further adapted to not add water to the fiber before heating and compressing the web.
A process for shaping, by compaction, a fibrous structure obtained by three-dimensional or multilayer weaving between a plurality of layers of warp yarns and a plurality of layers of weft yarns , the yarns of each plurality of layers of warp yarns and layers of weft yarns being coated with a sizing composition, the shaping comprising a step of pre-compaction of the fibrous structure in a pre-compacting tool so as to reduce the thickness of the fibrous structure to an intermediate thickness comprised between the thickness of the fibrous structure after weaving and a determined final thickness, the pre-compaction step being followed by a final compaction step in a forming tool so as to reduce the thickness of the fibrous structure to the determined final thickness, and in that, during the pre-compaction and final compaction steps, the fibrous structure is at a temperature greater than or equal to the softening temperature of the sizing composition and in that the process further comprises the cooling of the fibrous preform obtained after the step of final compaction of the fibrous structure.
A floor seal for a forwardly facing opening through a floor of a plant cutting machine through which a knife arm (62A/62B) extends for side to side reciprocating movement for driving a sickle of the machine as the machine is moved forwardly for performing a plant cutting operation, whereby: a stationary outer peripheral seal element configured to cooperatively engage a peripheral edge of the floor about the opening and to form a substantially sealed condition about the edge, an inner peripheral seal element bounded by the outer peripheral seal element , the inner peripheral seal element being configured to cooperatively engage an outer peripheral surface of the knife arm and to form a barrier to entry of loose material about the surface and being movable side to side with the knife arm (62A/62B), and an intermediate cover element extending between the inner peripheral seal element and the outer peripheral seal element , the inner peripheral seal element being bounded by and located in an aperture of the intermediate cover element for providing a forwardly facing enclosure or barrier to passage of loose material between the seal elements while allowing the side to side movements of the inner peripheral seal element with the knife arm (62A/62B) relative to the outer peripheral seal element during the plant cutting operation, and characterized in that the inner peripheral seal element is carried in at least one sidewardly extending slot (92/94) along an edge of the aperture for side to side movement relative to the cover element . a stationary outer peripheral seal element configured to cooperatively engage a peripheral edge of the floor about the opening and to form a substantially sealed condition about the edge, an inner peripheral seal element bounded by the outer peripheral seal element , the inner peripheral seal element being configured to cooperatively engage an outer peripheral surface of the knife arm and to form a barrier to entry of loose material about the surface and being movable side to side with the knife arm (62A/62B), and an intermediate cover element extending between the inner peripheral seal element and the outer peripheral seal element , the inner peripheral seal element being bounded by and located in an aperture of the intermediate cover element for providing a forwardly facing enclosure or barrier to passage of loose material between the seal elements while allowing the side to side movements of the inner peripheral seal element with the knife arm (62A/62B) relative to the outer peripheral seal element during the plant cutting operation, and characterized in that the inner peripheral seal element is carried in at least one sidewardly extending slot (92/94) along an edge of the aperture for side to side movement relative to the cover element .
A removable interface member for a fluid handling system , the interface member comprising: an interface body sized and shaped to be inserted into an interface aperture of a console housing ; an electrical component disposed on the interface body; a first occlusion bed and a second occlusion bed disposed on the interface body; a first tube segment disposed on the interface body near the first occlusion bed ; and a second tube segment disposed on the interface body near the second occlusion bed , wherein the interface body is dimensioned such that, when the interface body is inserted into the interface aperture of the console housing , a pump in the console housing is operably engaged with the first and second tube segments and the first and second occlusion beds , and an electrical interconnect in the console housing is electrically coupled with the electrical component on the interface body. an interface body sized and shaped to be inserted into an interface aperture of a console housing ; an electrical component disposed on the interface body; a first occlusion bed and a second occlusion bed disposed on the interface body; a first tube segment disposed on the interface body near the first occlusion bed ; and a second tube segment disposed on the interface body near the second occlusion bed , wherein the interface body is dimensioned such that, when the interface body is inserted into the interface aperture of the console housing , a pump in the console housing is operably engaged with the first and second tube segments and the first and second occlusion beds , and an electrical interconnect in the console housing is electrically coupled with the electrical component on the interface body.
A communication control device comprising: a controller configured to set an acceptable interference amount of a primary system that is an amount of interference acceptable by the primary system caused by a secondary system that secondarily uses a radio wave in a predetermined frequency band allocated to the primary system, wherein the controller is further configured to set, in the setting of the acceptable interference amount, a first margin to be allocated to the secondary system that is operating, a second margin that absorbs a change in the first margin that has been caused by a change in the total number of secondary systems, and a third margin to be commonly set between the communication control device and another communication control device, wherein each of the first margin, the second margin and the third margin are part of the acceptable interference amount. a controller configured to set an acceptable interference amount of a primary system that is an amount of interference acceptable by the primary system caused by a secondary system that secondarily uses a radio wave in a predetermined frequency band allocated to the primary system, wherein the controller is further configured to set, in the setting of the acceptable interference amount, a first margin to be allocated to the secondary system that is operating, a second margin that absorbs a change in the first margin that has been caused by a change in the total number of secondary systems, and a third margin to be commonly set between the communication control device and another communication control device, wherein each of the first margin, the second margin and the third margin are part of the acceptable interference amount.
A method for seeking a delivery locker, comprising: determining (110; 205) a target starting position where a user sending a delivery locker seeking request is located and determining among all delivery lockers at least one delivery locker to be sought corresponding to the delivery locker seeking request based on a navigation path from the target starting position to a delivery locker corresponding to the delivery locker seeking request; wherein the navigation path is a path in minimum time among a plurality of paths determined according to acquired user track data, and the plurality of paths includes paths from the target starting position to each delivery locker of said all delivery lockers; acquiring (120; 206) a target delivery locker selected from the at least one delivery locker to be sought and a target navigation mode corresponding to the target delivery locker; determining (130; 207; 307) a target navigation path corresponding to both the target starting position and the target navigation mode; and guiding (140; 208; 308) the user to find the target delivery locker according to the target navigation path. determining (110; 205) a target starting position where a user sending a delivery locker seeking request is located and determining among all delivery lockers at least one delivery locker to be sought corresponding to the delivery locker seeking request based on a navigation path from the target starting position to a delivery locker corresponding to the delivery locker seeking request; wherein the navigation path is a path in minimum time among a plurality of paths determined according to acquired user track data, and the plurality of paths includes paths from the target starting position to each delivery locker of said all delivery lockers; acquiring (120; 206) a target delivery locker selected from the at least one delivery locker to be sought and a target navigation mode corresponding to the target delivery locker; determining (130; 207; 307) a target navigation path corresponding to both the target starting position and the target navigation mode; and guiding (140; 208; 308) the user to find the target delivery locker according to the target navigation path.
A hematocrit (HCT) measurement system, comprising a measurement apparatus and an electrochemical test strip insertable in the measurement apparatus , wherein the electrochemical test strip includes at least one pair of electrodes or a plurality of electrodes , the electrodes being insulated from each other and forming an electrical circuit with the measurement apparatus upon insertion of the test strip in the measurement apparatus and upon application of the blood sample onto the electrodes ; and wherein the measurement apparatus comprises: - a power generator adapted to provide a wave function signal to the electrochemical test strip; - a connector for external connection of the test strip ; - a calculation unit for acquiring a measurement signal, the calculation unit including a divider resistor and a signal processor , and the calculation unit further including a capacitive reactance adjustor , wherein said capacitive reactance adjustor is disposed between the test strip and the divider resistor of the calculation unit, the capacitive reactance adjustor comprising a circuit consisting of a loading resistor and at least one adjusting capacitor; - an A/D converter for transforming the measurement signal into a digital signal; and - a digital signal processor for processing the digital signal and showing the measured results on a display ; wherein during measurement, the wave function signal provided by the power generator is transmitted to the electrochemical test strip , where the blood sample applied on the test strip reacts with the wave function signal to generate a corresponding response signal which is further transmitted through the connector to the calculation unit , which response signal is digitized by the analog-digital converter and transmitted to the digital processor . - a power generator adapted to provide a wave function signal to the electrochemical test strip; - a connector for external connection of the test strip ; - a calculation unit for acquiring a measurement signal, the calculation unit including a divider resistor and a signal processor , and the calculation unit further including a capacitive reactance adjustor , wherein said capacitive reactance adjustor is disposed between the test strip and the divider resistor of the calculation unit, the capacitive reactance adjustor comprising a circuit consisting of a loading resistor and at least one adjusting capacitor; - an A/D converter for transforming the measurement signal into a digital signal; and - a digital signal processor for processing the digital signal and showing the measured results on a display ;
A paint mixture comprising a paint and paper sludge-derived sintered carbonized porous grains, wherein the paper sludge-derived sintered carbonized porous grains contain 5 to 40 wt%, on a dry weight basis, of combustibles including carbon and 60 to 95 wt%, on a dry weight basis, of incombustibles, have a median size D50 of not more than 100 μm and a volume porosity of not less than 50% and are obtainable by sintering and carbonizing a paper sludge in a reducing carbonization sintering furnace at a carbonization temperature of 500°C to 1,300°C.
A pharmaceutical formulation for use in a method of treating bacterial vaginosis in a patient in need thereof, wherein the method comprises: administration of the pharmaceutical formulation to the patient, wherein the pharmaceutical formulation includes: (i) from 70 to 80 weight parts of water; (ii) from 10 to 25 weight parts of a copolymer having the following block structure: HO-[CH 2 -CH 2 -O] a -[CH 2 -CH(CH 3 )-O] b -[CH 2 -CH 2 -O] a -H wherein the ratio of a:b is from 2:1 to 4:1, and the molecular weight of said copolymer is from 9000 to 16000; (iii) from 1.5 to 2.5 weight parts of xanthan gum; and (iv) a therapeutically effective amount of an antibiotic. (i) from 70 to 80 weight parts of water; (ii) from 10 to 25 weight parts of a copolymer having the following block structure: HO-[CH 2 -CH 2 -O] a -[CH 2 -CH(CH 3 )-O] b -[CH 2 -CH 2 -O] a -H wherein the ratio of a:b is from 2:1 to 4:1, and the molecular weight of said copolymer is from 9000 to 16000; (iii) from 1.5 to 2.5 weight parts of xanthan gum; and (iv) a therapeutically effective amount of an antibiotic.