mhurhangee/ep-ind-claims huggingface dataset:
An underwater excavation apparatus comprising: a housing comprising an inlet and an outlet; at least one rotor comprising an impeller provided within the housing; at least one stator provided within the housing; and an arrangement for producing at least one vortex in a flow of fluid, wherein the or each at least one vortex producing arrangement comprises a planar member provided adjacent the outlet of the housing, characterised in that an edge of the planar member is attached to the housing or to a body within the housing. a housing comprising an inlet and an outlet; at least one rotor comprising an impeller provided within the housing; at least one stator provided within the housing; and an arrangement for producing at least one vortex in a flow of fluid, wherein the or each at least one vortex producing arrangement comprises a planar member provided adjacent the outlet of the housing, characterised in that an edge of the planar member is attached to the housing or to a body within the housing.
A controlled delivery syringe device comprising: a syringe barrel having a proximal end and distal end and defining a chamber therein, the chamber configured for containing an injectable material; a plunger rod associated with the syringe barrel; a plunger secured to the plunger rod and axially movable within the syringe barrel; a plurality of equally and sequentially spaced periodic features associated with at least a portion of the plunger rod and; a counter member engageable with the periodic features, wherein application of a distally directed force to the plunger rod results in disengagement and reengagement of the counter member with the sequentially spaced periodic features on the plunger rod, enabling advancement of the plunger rod and plunger in the syringe barrel while providing tactile feedback of dose progression of the injectable material; characterized by the periodic features are provided on oppositely disposed sides of the plunger rod; the counter member comprising a pair of oppositely disposed tabs, each tab including an engagement end and a finger press end, wherein the engagement end engages the periodic features; and wherein each tab is configured to pivot upon the application of a squeezing force to the finger press end of each tab, causing the engagement end of each tab to disengage from the periodic features, enabling retraction or advancement of the plunger rod and plunger in the syringe barrel. a syringe barrel having a proximal end and distal end and defining a chamber therein, the chamber configured for containing an injectable material; a plunger rod associated with the syringe barrel; a plunger secured to the plunger rod and axially movable within the syringe barrel; a plurality of equally and sequentially spaced periodic features associated with at least a portion of the plunger rod and; a counter member engageable with the periodic features, wherein application of a distally directed force to the plunger rod results in disengagement and reengagement of the counter member with the sequentially spaced periodic features on the plunger rod, enabling advancement of the plunger rod and plunger in the syringe barrel while providing tactile feedback of dose progression of the injectable material; characterized by the periodic features are provided on oppositely disposed sides of the plunger rod; the counter member comprising a pair of oppositely disposed tabs, each tab including an engagement end and a finger press end, wherein the engagement end engages the periodic features; and wherein each tab is configured to pivot upon the application of a squeezing force to the finger press end of each tab, causing the engagement end of each tab to disengage from the periodic features, enabling retraction or advancement of the plunger rod and plunger in the syringe barrel.
A print cartridge comprising: one or more dies that comprise: a nozzle to output a printing fluid; a first memory element (304; 210) and a second memory element; a fire line coupled to the nozzle and the first memory element; a data line to communicate data of the second memory element; and a selector responsive to the data line to select the first memory element or the nozzle, wherein the selector is to select the first memory element responsive to the data line having a first value, and to select the nozzle responsive to the data line having a second value different from the first value, the fire line to control activation of the nozzle in response to the nozzle being selected by the selector, and to communicate data of the first memory element in response to the first memory element being selected by the selector. one or more dies that comprise: a nozzle to output a printing fluid; a first memory element (304; 210) and a second memory element; a fire line coupled to the nozzle and the first memory element; a nozzle to output a printing fluid; a first memory element (304; 210) and a second memory element; a fire line coupled to the nozzle and the first memory element; a data line to communicate data of the second memory element; and a selector responsive to the data line to select the first memory element or the nozzle, wherein the selector is to select the first memory element responsive to the data line having a first value, and to select the nozzle responsive to the data line having a second value different from the first value, the fire line to control activation of the nozzle in response to the nozzle being selected by the selector, and to communicate data of the first memory element in response to the first memory element being selected by the selector.
Method for operating a gesture recognition system for a motor vehicle, the method comprising the steps of - the detection of a movement gesture associated with an operating action by a detection unit, - the generation of a movement vector representing the movement gesture by the detection unit, - the transmission of the movement vector to a processing unit by the detection unit, - the comparison of the movement vector to at least two limit curves (1, 2) defining in a section of a vector space at least three separate areas (3, 4, 5) by the processing unit, and, depending on the result of the comparison: - the identification of a direction of the movement gesture by the processing unit as horizontal if the movement vector lies in a first area of the three separate areas (3, 4, 5), as vertical if the movement vector lies in a second area of the three separate areas (3, 4, 5) and as non-classifiable if the movement vector lies in a third area of the three separate areas (3, 4, 5), characterised in that the limit curves (1, 2) are defined by functions depending on directions in space in a non-linear manner. - the detection of a movement gesture associated with an operating action by a detection unit, - the generation of a movement vector representing the movement gesture by the detection unit, - the transmission of the movement vector to a processing unit by the detection unit, - the comparison of the movement vector to at least two limit curves (1, 2) defining in a section of a vector space at least three separate areas (3, 4, 5) by the processing unit, and, depending on the result of the comparison: - the identification of a direction of the movement gesture by the processing unit as horizontal if the movement vector lies in a first area of the three separate areas (3, 4, 5), as vertical if the movement vector lies in a second area of the three separate areas (3, 4, 5) and as non-classifiable if the movement vector lies in a third area of the three separate areas (3, 4, 5),
A method for testing jitter performance of a non-No Return Zero -NRZ-optical transponder, characterized by comprising: configuring an interconnection testing board by placing the non-NRZ optical transponder to be tested at a line side of the interconnection testing board and a NRZ optical transponder at a client side of the interconnection testing board, wherein the jitter performance of the NRZ optical transponder satisfies a pre-defined standard, and the jitter performance of the interconnection testing board, with two NRZ optical transponders whose jitter performances satisfy the standard being respectively configured at the line side and client side of the interconnection testing board, satisfies a pre-defined board jitter performance specification; performing testing on the jitter performance of the interconnection testing board configured with the non-NRZ optical transponder and the NRZ optical transponder; when the jitter performance of the interconnection testing board configured with the non-NRZ optical transponder and the NRZ optical transponder still satisfies the board jitter performance specification, determining that the jitter performance of the non-NRZ optical transponder satisfies a requirement of jitter performance; when the jitter performance of the interconnection testing board configured with the non-NRZ optical transponder and the NRZ optical transponder no longer satisfy the board jitter performance specification, determining that the jitter performance of the non-NRZ optical transponder does not satisfy the requirement of jitter performance. configuring an interconnection testing board by placing the non-NRZ optical transponder to be tested at a line side of the interconnection testing board and a NRZ optical transponder at a client side of the interconnection testing board, wherein the jitter performance of the NRZ optical transponder satisfies a pre-defined standard, and the jitter performance of the interconnection testing board, with two NRZ optical transponders whose jitter performances satisfy the standard being respectively configured at the line side and client side of the interconnection testing board, satisfies a pre-defined board jitter performance specification; performing testing on the jitter performance of the interconnection testing board configured with the non-NRZ optical transponder and the NRZ optical transponder; when the jitter performance of the interconnection testing board configured with the non-NRZ optical transponder and the NRZ optical transponder still satisfies the board jitter performance specification, determining that the jitter performance of the non-NRZ optical transponder satisfies a requirement of jitter performance; when the jitter performance of the interconnection testing board configured with the non-NRZ optical transponder and the NRZ optical transponder no longer satisfy the board jitter performance specification, determining that the jitter performance of the non-NRZ optical transponder does not satisfy the requirement of jitter performance.
Use of protein hydrolysate derived from a copepod of the genus Calanus, wherein 70 % of the peptides of these hydrolysates are of lower molecular weight than 1000 Da, as a palatability enhancer in a composition for consumption by a cat or dog.
A dry, flowable additive for a urea containing fertilizer comprising: a. N-(n-butyl)-thiophosphoric triamide (NBPT) in the range of 1 to 80% by weight, and b. solid urea-formaldehyde polymer in the range of 99 to 20% by weight wherein the UFP is a polymethyl urea resin and the UFP is coated with the NBPT. a. N-(n-butyl)-thiophosphoric triamide (NBPT) in the range of 1 to 80% by weight, and b. solid urea-formaldehyde polymer in the range of 99 to 20% by weight
A lifting apparatus with a safety apparatus, mounted suspendably to a holding apparatus, wherein in operation a pivotal angle of the lifting apparatus deviating from a vertical straight line can be limited by way of the safety apparatus, wherein the pivotal angle is adapted to be monitorable and limitable in two mutually opposite directions by the safety apparatus, wherein swinging settlement of the lifting apparatus back in the direction of the vertical straight line remains unimpeded, characterised in that - the safety apparatus has at least one sensor, at least one controlling unit and at least one blocking apparatus, and that - at a pivotal angle detected at the at least one sensor between predeterminable first and second threshold values deviating from the vertical straight line a pivotal movement increasing the pivotal angle can be limited by a blocking apparatus and a pivotal movement back in the direction of the vertical straight line remains open, and that - the at least one blocking apparatus co-operates with a hydraulic cylinder and comprises at least two blocking valves (3, 4), and that - the blocking valves (3, 4) are arranged in co-operable relationship with at least two non-return valves (5, 6) on a compensating line, and that - the through-flow from the first chamber to the second chamber can be closed or enabled in the hydraulic cylinder by one of the blocking valves (3, 4) in co-operating relationship with a non-return valve (5, 6) and the through-flow from the second chamber to the first chamber can be closed or enabled by the other blocking valve (3, 4) in co-operating relationship with a non-return valve (5, 6), and that - the blocking valves (3, 4) are actuable individually or simultaneously by the controlling unit. - the safety apparatus has at least one sensor, at least one controlling unit and at least one blocking apparatus, and that - at a pivotal angle detected at the at least one sensor between predeterminable first and second threshold values deviating from the vertical straight line a pivotal movement increasing the pivotal angle can be limited by a blocking apparatus and a pivotal movement back in the direction of the vertical straight line remains open, and that - the at least one blocking apparatus co-operates with a hydraulic cylinder and comprises at least two blocking valves (3, 4), and that - the blocking valves (3, 4) are arranged in co-operable relationship with at least two non-return valves (5, 6) on a compensating line, and that - the through-flow from the first chamber to the second chamber can be closed or enabled in the hydraulic cylinder by one of the blocking valves (3, 4) in co-operating relationship with a non-return valve (5, 6) and the through-flow from the second chamber to the first chamber can be closed or enabled by the other blocking valve (3, 4) in co-operating relationship with a non-return valve (5, 6), and that - the blocking valves (3, 4) are actuable individually or simultaneously by the controlling unit.
A determination system comprising a computing device adapted to (i) obtain information relating to an eye of a target person from a plurality of data sources, wherein the computing device is further adapted to (ii) make a determination what type of contact lens is recommendable to the target person based on at least part of the information, wherein the plurality of data sources includes two or more of different types of: a sensor included in a contact lens of the target person, a sensor included in a storage container of the contact lens, a sensor included in a measurement device which carries out measurement related to the eye of the target person, a tear fluid of the target person, a storage solution of the contact lens, and a diagnostic process of the target person. (i) obtain information relating to an eye of a target person from a plurality of data sources, wherein the computing device is further adapted to (ii) make a determination what type of contact lens is recommendable to the target person based on at least part of the information, a sensor included in a contact lens of the target person, a sensor included in a storage container of the contact lens, a sensor included in a measurement device which carries out measurement related to the eye of the target person, a tear fluid of the target person, a storage solution of the contact lens, and a diagnostic process of the target person.
A semiconducting polymer of the formula where X 1 and X 2 are independently O, S, N, NH, a cross-linkable group, or CR 1 or CR 2, where R 1 and R 2 are independently H, alkyl, alkoxy, aryl, aryloxy, heteroaryl, heteroaryloxy, cross-linkable moiety, oligo (ethylene glycol); Y 1 and Y 2 are independently O, S, Se, or amino; Z is an ester, amide, cyano, alkyl, polyfluoroalkyl, polychloroalkyl, aryl, or heteroaryl; W is H, halogen, cyano, dicyanovinyl, or tricyanovinyl; and n is an integer.
A random packing or structured packing for heat exchange and mass transfer comprising metallic materials, wherein the starting material consists of various material layers, an inner layer consisting of economical non-stainless carbon steel and predominantly ensuring the mechanical stability and this inner layer being coated on both sides with a thinner layer of a more corrosion-resistant material, wherein the more corrosion-resistant material is metal, wherein at least one of the outer layers consists of tin or chromium.
A method for altering one or more properties of a dielectric fluid for use in an electrohydrodynamic, EHD, thermal management system, the system comprising a radiating source, at least one EHD pump unit comprising at least two electrodes for pumping the dielectric fluid and at least one enclosure for accommodating the fluid within the system, the method comprising: exposing the dielectric fluid to an ionizing irradiation from the radiating source, wherein the ionizing irratiation is configured to ionize the dielectric fluid; and operating the pump unit to circulate the exposed fluid in the enclosure; wherein the dielectric fluid is exposed to the ionizing irradiation from the radiating source in at least one of: a part of said enclosure, wherein a wall portion of the enclosure is exposed to said ionizing irradiation, a location separated from said EHD thermal management system, from which the fluid is added to said EHD thermal management system after exposure, and within said enclosure, wherein the dielectric fluid is exposed to the ionizing irradiation by a substance located within said enclosure. exposing the dielectric fluid to an ionizing irradiation from the radiating source, wherein the ionizing irratiation is configured to ionize the dielectric fluid; and operating the pump unit to circulate the exposed fluid in the enclosure; wherein the dielectric fluid is exposed to the ionizing irradiation from the radiating source in at least one of: a part of said enclosure, wherein a wall portion of the enclosure is exposed to said ionizing irradiation, a location separated from said EHD thermal management system, from which the fluid is added to said EHD thermal management system after exposure, and within said enclosure, wherein the dielectric fluid is exposed to the ionizing irradiation by a substance located within said enclosure. a part of said enclosure, wherein a wall portion of the enclosure is exposed to said ionizing irradiation, a location separated from said EHD thermal management system, from which the fluid is added to said EHD thermal management system after exposure, and within said enclosure, wherein the dielectric fluid is exposed to the ionizing irradiation by a substance located within said enclosure.
A transport system having rail profile parts arranged in succession in the rail direction for rail guidance of a rail vehicle, wherein profile parts formed as slotted waveguides are detachably connected to the rail profile parts, wherein mutually closest adjacent profile parts in the rail direction in each case are connected by means of a connecting part, wherein - the connecting part is resiliently pretensioned and resiliently deflected, wherein the resilient deflection acts in a transverse direction, i.e. in a direction orientated transversely to the rail direction, wherein an antenna of the rail vehicle can project into the slot of the profile part for coupling electromagnetic waves into the cavity of the profile part and/or may be guided along the slot in the rail direction, characterised in that the connecting part has centrally mounted, outwardly, in particular upwardly, directed raised portions, wherein the mutually closest adjacent profile parts in the rail direction are spaced from one another. - the connecting part is resiliently pretensioned and resiliently deflected, wherein the resilient deflection acts in a transverse direction, i.e. in a direction orientated transversely to the rail direction,
A titanium alloy comprising (in wt.%) 6.8 to 7.8% vanadium; 0.9 to 1.5% aluminum; 0.5 to 1.1% iron; 0.12 to 0.19% oxygen; up to 0.12% silicon; up to 0.1% carbon, less than 0.03% nitrogen, optionally up to 0.5% molybdenum and 0.5% chromium or optionally up to 1.0% tin, incidental impurities, and a balance of titanium.
A connector assembly (14, 14'), comprising: a housing that extends from a first end to a second end, the housing including a base wall, with a first rear side wall, a second rear side wall and a third rear side wall extending from the base wall; a mounting flange extending from the base wall and positioned proximal to the first end of the housing, the mounting flange housing at least a portion of one or more ports; a first locking member mounted with respect to the first rear side wall; a bezel member extending from a first end to a second end, the bezel member having one or more receipt apertures; and a panel member having a front panel surface and a rear side, the panel member including an aperture; characterized in that the bezel member is mounted to the front panel surface and with respect to the aperture of the panel member, the housing is mounted with respect to the rear side of the panel member and with respect to the aperture of the panel member so that at least a portion of the one or more ports are positioned within the one or more receipt apertures of the bezel member, and the first locking member is configured to be moved from an unlocked position to a locked position to lockingly engage the housing, the bezel member and the panel member with respect to one another. a housing that extends from a first end to a second end, the housing including a base wall, with a first rear side wall, a second rear side wall and a third rear side wall extending from the base wall; a mounting flange extending from the base wall and positioned proximal to the first end of the housing, the mounting flange housing at least a portion of one or more ports; a first locking member mounted with respect to the first rear side wall; a bezel member extending from a first end to a second end, the bezel member having one or more receipt apertures; and a panel member having a front panel surface and a rear side, the panel member including an aperture; characterized in that the bezel member is mounted to the front panel surface and with respect to the aperture of the panel member, the housing is mounted with respect to the rear side of the panel member and with respect to the aperture of the panel member so that at least a portion of the one or more ports are positioned within the one or more receipt apertures of the bezel member, and the first locking member is configured to be moved from an unlocked position to a locked position to lockingly engage the housing, the bezel member and the panel member with respect to one another.
Process for the preparation of a pharmaceutical formulation comprising crystalline and/or amorphous unmilled flutamide mixed with at least one surface-active substance, wherein the size of 50 % of the flutamide particles (X50 value) in the pharmaceutical formulation is greater than 26 μm, in which the flutamide is subjected to an intensive mixing process with the at least one surface-active substance by using a forced-action mixer.