mhurhangee/ep-ind-claims huggingface dataset:
A wiper blade comprising: a wiper strip having a wide portion, and a lip; an elongate backing element having a top portion, and two opposing leg that descend from the top portion, wherein each opposing leg has a claw which extends towards the other opposing leg, such that a gap between the claws is narrower than a width of the wide portion of the wiper strip, wherein the claws, legs, and top portion define a wiper strip cavity sized to receive the wide portion of the wiper strip; characterized in that the wiper blade further comprises a wiper sleeve having a base from which two opposing legs descend, wherein each leg of the wiper sleeve has a claw that extends towards the opposing leg of the wiper sleeve, the wiper sleeve base, legs and claws, defining a sleeve cavity, where the wiper sleeve cavity is sized to receive a top strip of the wiper strip; and wherein the wiper sleeve further comprises a tongue on a top surface of the sleeve base and the backing element further comprises an upper recess sized to receive the tongue. a wiper strip having a wide portion, and a lip; an elongate backing element having a top portion, and two opposing leg that descend from the top portion, wherein each opposing leg has a claw which extends towards the other opposing leg, such that a gap between the claws is narrower than a width of the wide portion of the wiper strip, wherein the claws, legs, and top portion define a wiper strip cavity sized to receive the wide portion of the wiper strip; characterized in that the wiper blade further comprises a wiper sleeve having a base from which two opposing legs descend, wherein each leg of the wiper sleeve has a claw that extends towards the opposing leg of the wiper sleeve, the wiper sleeve base, legs and claws, defining a sleeve cavity, where the wiper sleeve cavity is sized to receive a top strip of the wiper strip; and wherein the wiper sleeve further comprises a tongue on a top surface of the sleeve base and the backing element further comprises an upper recess sized to receive the tongue.
Unit (2; 50; 52) comprising a structure supporting a display shelf open at the top and comprising at least one zone (43, 44) for accommodating products (4, 6), diffusers of a mist of droplets over the zone and a mist generator able to supply all the diffusers with mist, the diffusers comprising: - at least one first diffuser able to aim the mist towards the zone, - several second diffusers, characterized in that the second diffusers form a set surrounding the fist diffuser or diffusers and are able to aim the mist in the opposite direction to the zone, the latter extending between the first diffuser or diffusers and the second diffusers (16, 18). - at least one first diffuser able to aim the mist towards the zone, - several second diffusers,
A compound comprising: wherein A and B are independently selected from the group consisting of -OC -, -OC O-, and -OC N -, wherein R is a hydrogen atom, or a substituted, unsubstituted, branched or unbranched chain of carbon atoms; X and Y are linkers, each independently comprising a substituted, unsubstituted, branched or unbranched chain of carbon atoms and may optionally contain a heteroatom; and R 1, R 2, R 3, R 4, and R 5 are each independently selected from the group consisting of hydrogen, alkyl, aryl, cycloaliphatic, and aralkyl and may each optionally contain a hetero atom.
A work machine used for carrying, lowering and lifting of any materials such as precast panels, railway panels etc. in work sites having restrictions such as tunnel, channel, holes etc. in width and height and showing differences along route due to such restrictions and characterized in comprising • a crane operator cabin where operator is placed to use mechanism providing control of crane for loading of cargo onto vehicle or unloading thereof, • at least a crane boom providing taking cargo from a point near to vehicle without need for lifting arms of the crane, • a crane body comprising crane operator cabin and crane boom thereon providing contact of crane with vehicle, • a chassis meeting vehicle's weight, weight of cargo carried and/ or stress occurring during crane running, • a common axis providing equal distribution of cargo carried onto tyres during travel of the vehicle, • a rear rigid axis and a front rigid axis located on tyres of vehicle, fixed onto chassis and travel system, and • a front support foot and mid-support foot meeting moment transmission during crane running and thus providing balance of vehicle, characterised in that it further comprises at least two operator cabins namely, rear and front, located on both end area of the vehicle, wherein operator sits to use vehicle, and in that the rear rigid axis and the front rigid axis located on tyres of vehicle are fixed onto chassis and travel system without suspension. • a crane operator cabin where operator is placed to use mechanism providing control of crane for loading of cargo onto vehicle or unloading thereof, • at least a crane boom providing taking cargo from a point near to vehicle without need for lifting arms of the crane, • a crane body comprising crane operator cabin and crane boom thereon providing contact of crane with vehicle, • a chassis meeting vehicle's weight, weight of cargo carried and/ or stress occurring during crane running, • a common axis providing equal distribution of cargo carried onto tyres during travel of the vehicle, • a rear rigid axis and a front rigid axis located on tyres of vehicle, fixed onto chassis and travel system, and • a front support foot and mid-support foot meeting moment transmission during crane running and thus providing balance of vehicle, characterised in that it further comprises at least two operator cabins namely, rear and front, located on both end area of the vehicle, wherein operator sits to use vehicle, and in that the rear rigid axis and the front rigid axis located on tyres of vehicle are fixed onto chassis and travel system without suspension.
A gas turbine engine having in flow series a compressor section, a combustor, and a turbine section, the gas turbine engine including: a turbine section rotor disc, a stationary wall forward of a front face of the rotor disc or rearward of a rear face of the rotor disc, the stationary wall defining a cavity between the stationary wall and the rotor disc, and having a plurality of air entry nozzles (29', 29") configured to deliver cooling air into the cavity at an inlet swirl angle, and a cooling air supply arrangement which accepts a flow of compressed cooling air bled from the compressor section and supplies the compressed cooling air to the air entry nozzles for delivery into the cavity; characterized in that the cooling air supply arrangement and the air entry nozzles are configured to vary the inlet swirl angle of the compressed cooling air delivered into the cavity through the nozzles between a first inlet swirl angle (α 1) and a different second inlet swirl angle (α 2); and in that a first portion of the air entry nozzles provides the first inlet swirl angle, and a second portion of the air entry nozzles (29") provides the second inlet swirl angle, the cooling air supply arrangement having a switching system for switching the supplied compressed cooling air between the first and the second portions to vary the inlet swirl angle. a turbine section rotor disc, a stationary wall forward of a front face of the rotor disc or rearward of a rear face of the rotor disc, the stationary wall defining a cavity between the stationary wall and the rotor disc, and having a plurality of air entry nozzles (29', 29") configured to deliver cooling air into the cavity at an inlet swirl angle, and a cooling air supply arrangement which accepts a flow of compressed cooling air bled from the compressor section and supplies the compressed cooling air to the air entry nozzles for delivery into the cavity;
A scintillator panel comprising: a glass substrate with a thickness of not more than 150 μm having radiotransparency; a first organic resin layer formed so as to cover a one face side and a side face side of the glass substrate but not an other face side of the glass substrate; a second organic resin layer formed so as to cover an other face side and the side face side of the glass substrate but not the one face side of the glass substrate; a scintillator layer formed on the one face side of the glass substrate on which the first organic resin layer and the second organic resin layer are formed; and a moisture-resistant protection layer formed so as to cover the scintillator layer along with the glass substrate on which the first organic resin layer and the second organic resin layer are formed. a glass substrate with a thickness of not more than 150 μm having radiotransparency; a first organic resin layer formed so as to cover a one face side and a side face side of the glass substrate but not an other face side of the glass substrate; a second organic resin layer formed so as to cover an other face side and the side face side of the glass substrate but not the one face side of the glass substrate; a scintillator layer formed on the one face side of the glass substrate on which the first organic resin layer and the second organic resin layer are formed; and a moisture-resistant protection layer formed so as to cover the scintillator layer along with the glass substrate on which the first organic resin layer and the second organic resin layer are formed.
An arthroplasty plate comprising: a fixation plate arranged to be secured to a surface of a bone; a connector assembly comprising a barrel extending from the fixation plate with a bore which opens through the fixation plate and a connector rod arranged to slide within the bore of the barrel; and an articulation component comprising a bearing surface coupled to or arranged to couple to an end of the connector rod which extends from the barrel away from the fixation plate; wherein the connector assembly incorporates an adjustment mechanism and a locking mechanism and characterised in that the adjustment mechanism comprises an adjustment sleeve rotatably disposed within the barrel and couplable to the connector rod through corresponding screw threads upon the adjustment sleeve and the connector rod such that rotating the adjustment sleeve relative to the connector rod causes the connector rod to slide into or out of the barrel to adjust the distance between the articulation component and the fixation plate and wherein the locking mechanism is arranged to lock the position of the connector rod within the barrel to rigidly space the articulation component apart from the fixation plate, and wherein the locking mechanism comprises a locking screw arranged to pass through the adjustment sleeve and to be received within a bore formed within the connector rod and couplable to the connector rod through corresponding screw threads such that screwing the locking screw into the bore prevents further movement between the adjustment sleeve and the connector rod. a fixation plate arranged to be secured to a surface of a bone; a connector assembly comprising a barrel extending from the fixation plate with a bore which opens through the fixation plate and a connector rod arranged to slide within the bore of the barrel; and an articulation component comprising a bearing surface coupled to or arranged to couple to an end of the connector rod which extends from the barrel away from the fixation plate; wherein the connector assembly incorporates an adjustment mechanism and a locking mechanism and characterised in that the adjustment mechanism comprises an adjustment sleeve rotatably disposed within the barrel and couplable to the connector rod through corresponding screw threads upon the adjustment sleeve and the connector rod such that rotating the adjustment sleeve relative to the connector rod causes the connector rod to slide into or out of the barrel to adjust the distance between the articulation component and the fixation plate and wherein the locking mechanism is arranged to lock the position of the connector rod within the barrel to rigidly space the articulation component apart from the fixation plate, and wherein the locking mechanism comprises a locking screw arranged to pass through the adjustment sleeve and to be received within a bore formed within the connector rod and couplable to the connector rod through corresponding screw threads such that screwing the locking screw into the bore prevents further movement between the adjustment sleeve and the connector rod.
A method performed in a base station serving a relay node in a cellular communications system that includes an operation and maintenance, O&M, node, characterized by the steps of: establishing and maintaining in memory associated with the base station a relay node O&M data context for the relay node, where the information in the relay node O&M data context is different than O&M data pertaining to the base station; storing O&M data pertaining to the relay node in the relay node O&M data context (step 7b); and performing, on behalf of the relay node, O&M-related communications using the O&M data in the relay node O&M data context (step 7a). establishing and maintaining in memory associated with the base station a relay node O&M data context for the relay node, where the information in the relay node O&M data context is different than O&M data pertaining to the base station; storing O&M data pertaining to the relay node in the relay node O&M data context (step 7b); and performing, on behalf of the relay node, O&M-related communications using the O&M data in the relay node O&M data context (step 7a).
A safety syringe comprising: a barrel configured to have a needle attached to an opening at an end thereof; a syringe plunger configured to move within the barrel to cause a substance within the barrel to be expelled from the needle; a safety plunger coupled to the syringe plunger such that an inward stroke of the safety plunger causes the syringe plunger to move within the barrel; and a sheath configured to cover at least partially the needle after use of the syringe, wherein the safety plunger is coupled to the sheath and is configured to decouple from the syringe plunger to allow relative motion between the safety plunger and syringe plunger at a point on the inward stroke such that the safety plunger is moveable further inwards independently of the syringe plunger, wherein further inwards movement of the safety plunger after decoupling of the safety plunger and syringe plunger causes the sheath at least partially to cover the needle, characterised in that the safety syringe further comprises a rate controlling means for controlling a rate of travel of the safety plunger after decoupling, the rate controlling means comprising a rate limiting member coupled to the safety plunger and configured to engage with the syringe plunger, the rate limiting member comprising a first screw thread and the syringe plunger comprising a second screw thread that is configured to engage with the first screw thread to rotate the syringe plunger during the further inwards movement of the safety plunger after decoupling of the safety plunger and syringe plunger. a barrel configured to have a needle attached to an opening at an end thereof; a syringe plunger configured to move within the barrel to cause a substance within the barrel to be expelled from the needle; a safety plunger coupled to the syringe plunger such that an inward stroke of the safety plunger causes the syringe plunger to move within the barrel; and a sheath configured to cover at least partially the needle after use of the syringe, wherein the safety plunger is coupled to the sheath and is configured to decouple from the syringe plunger to allow relative motion between the safety plunger and syringe plunger at a point on the inward stroke such that the safety plunger is moveable further inwards independently of the syringe plunger, wherein further inwards movement of the safety plunger after decoupling of the safety plunger and syringe plunger causes the sheath at least partially to cover the needle, characterised in that the safety syringe further comprises a rate controlling means for controlling a rate of travel of the safety plunger after decoupling, the rate controlling means comprising a rate limiting member coupled to the safety plunger and configured to engage with the syringe plunger, the rate limiting member comprising a first screw thread and the syringe plunger comprising a second screw thread that is configured to engage with the first screw thread to rotate the syringe plunger during the further inwards movement of the safety plunger after decoupling of the safety plunger and syringe plunger.
A method comprising: receiving a fault identification associated with a photovoltaic, PV, system, wherein the fault identification comprises a timestamp and a fault type; retrieving a mapping of faults and retrieving a set of fault processing rules; calculating an impact value based on the fault identification and the mapping, wherein the impact value is an output of a formula: L = e power, voltage, current ⋅ t time − L root cause faults wherein the function e() takes as input electrical parameters of power, voltage, or current associated with the fault identification, and wherein the function t() takes as input the timestamp indicating when a fault associated with the fault identification was active or is computed to be active in a future, and wherein the function L(root cause faults) outputs impact values calculated based on at least one root cause fault identification determined from the fault identification and the mapping; determining, using the set of fault processing rules, a notification based on the fault identification and the impact value; and presenting, using a user interface, the notification. receiving a fault identification associated with a photovoltaic, PV, system, wherein the fault identification comprises a timestamp and a fault type; retrieving a mapping of faults and retrieving a set of fault processing rules; calculating an impact value based on the fault identification and the mapping, wherein the impact value is an output of a formula: L = e power, voltage, current ⋅ t time − L root cause faults wherein the function e() takes as input electrical parameters of power, voltage, or current associated with the fault identification, and wherein the function t() takes as input the timestamp indicating when a fault associated with the fault identification was active or is computed to be active in a future, and wherein the function L(root cause faults) outputs impact values calculated based on at least one root cause fault identification determined from the fault identification and the mapping; determining, using the set of fault processing rules, a notification based on the fault identification and the impact value; and presenting, using a user interface, the notification.
A process of making a medical material comprising forming an organogel around a powder of water soluble biologic particles, said water soluble biologic being a protein, said particles comprising between 20 to 100% (dry w/w) protein, with the powder being dispersed in the organogel, - wherein the organogel is formed in an absence of aqueous solution - comprising forming the organogel from a precursor in an organic solvent, with the precursor being chemically reacted to form covalent bonds to thereby form the organogel, wherein the organogel is covalently crosslinked - further comprising removing solvents from the organogel to thereby form a xerogel. - wherein the organogel is formed in an absence of aqueous solution - comprising forming the organogel from a precursor in an organic solvent, with the precursor being chemically reacted to form covalent bonds to thereby form the organogel, wherein the organogel is covalently crosslinked - further comprising removing solvents from the organogel to thereby form a xerogel.
A cooler arrangement for cooling at least one cylinder of a combustion engine, which cylinder has a cylinder head and a cylinder liner, which arrangement comprises a cooling circuit with a first flow passage which leads coolant through a lower part of the cylinder head, a second flow passage which leads coolant through an upper part of the cylinder head, and a third flow passage which leads coolant through an upper part of the cylinder liner, wherein the cooling circuit is adapted to initially leading coolant through the first flow passage before it is led in parallel through the second flow passage and the third flow passage, characterised in that the second flow passage and the third flow passage are so dimensioned as to achieve a larger flow of coolant through the third flow passage than through the second flow passage.
Holding device for detachably holding a battery, in particular a bicycle battery, on a bicycle frame (46, 46'), having at least one carrier unit for at least partially receiving and/or guiding the battery, and having at least one locking unit, arranged on the carrier unit, in particular at least for the most part within the frame, for one-sided detachable, in particular axial, fixing of the battery to the carrier unit, wherein the locking unit has a first locking element and a second locking element which corresponds to the first locking element, which are mounted in a movable, in particular rotatable, manner on a main body of the locking unit, and wherein the locking unit has at least one bracing unit, characterized in that the bracing unit is intended to subject the battery, in a state arranged on the locking unit, to a bracing force in the direction of the locking unit, wherein a first bracing element of the bracing unit is arranged on the first locking element and a second bracing element of the bracing unit is arranged on the second locking element, wherein the first locking element, in a locking state, blocks a movement, in particular a rotation, of the second locking element.
Fluid-flow machine with at least one rotor blade row arranged in an annular duct, which blade row - in its center section and/ or averaged over the blade height - provides for a relative outflow, characterized in that the respective rotor in its trailing edge area is essentially orientated in the meridional direction (m), which essentially corresponds to the meridional flow direction, where a mean meridional flow line is formed by the geometrical center of the annular duct, where normals are erected at any point of the mean meridional flow line, along which normals the annular duct is divided into 21 equidistant meridional flow lines, where the intersection of each meridional flow line with the rotor blade establishes a flow line profile section, where in each flow line profile section an entry metal angle (ε 1) and an exit metal angle (ε 2) are established, where the individual exit angles (ε 2) are arithmetically averaged according to the following formula: ε 2 G = 1 21 ∑ i = 1 21 ε 2 i, where the resulting averaged exit metal angle (ε 2G) ranges between 5° and 20°, where the individual entry metal angles (ε 1) are arithmetically averaged according to the following formula: ε 1 G = 1 21 ∑ i = 1 21 ε 1 i, where the averaged entry metal angle (ε 1) is at least 50°, where assemblies arranged upstream of the rotor, such as struts or blade rows, feature an exit metal angle (ε 2) not exceeding 15 degrees.