mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for purification of a fluid, the apparatus comprising: a vessel for receiving, in operation, a filter bed with granular filter material; a transport system configured to, during operation, transport filter material from a cavity underneath the filter bed to a location above the filter bed; a fluid inlet for introducing fluid to be purified into the apparatus; at least one mixing section adapted to, in operation, provide a mixture of fluid from the fluid inlet and granular filter material from the filter bed; and a plurality of gas lift injectors, wherein each gas lift injector is configured to, in operation, transport the mixture of fluid from the fluid inlet and granular filter material from the filter bed to the cavity, wherein at least one gas lift injector among the plurality of gas lift injectors comprises a pipe which runs diagonally upwards from an off-centre position towards a centre axis of the cavity. a vessel for receiving, in operation, a filter bed with granular filter material; a transport system configured to, during operation, transport filter material from a cavity underneath the filter bed to a location above the filter bed; a fluid inlet for introducing fluid to be purified into the apparatus; at least one mixing section adapted to, in operation, provide a mixture of fluid from the fluid inlet and granular filter material from the filter bed; and a plurality of gas lift injectors, wherein each gas lift injector is configured to, in operation, transport the mixture of fluid from the fluid inlet and granular filter material from the filter bed to the cavity, wherein at least one gas lift injector among the plurality of gas lift injectors comprises a pipe which runs diagonally upwards from an off-centre position towards a centre axis of the cavity.
Self-propelled, preferably single-axle, motor-driven working machine for moving and/or driving municipal or agricultural implements mounted on a mounted device, comprising a drive motor mounted on a machine frame or chassis and an axle driven hydraulically thereby, extending from either side of the machine frame or chassis and transversely to the direction of movement, provided at either end with a wheel (8, 9) connected to a drive shaft (12, 13), and provided on the operator side with guide bars (20, 21) connected to the machine frame or chassis for manual steering of the working machine and for the arrangement of an actuating element for operating and controlling the drive units (18, 19) formed of a controllable hydraulic pump (14, 15) and a hydraulic motor (16, 17) and each associated with the respective wheels (8, 9) of the axle, wherein the hydraulic pump (14, 15) connected to the actuating element for control comprises a displacement element, characterised in that the displacement element is displaceably and adjustably coupled to a control shaft supported on the machine frame or chassis on a frame arranged to pivot about an axis oriented substantially perpendicularly to the ground.
A semiconductor image sensor, comprising: - a semiconductor body or substrate, - a plurality of pixels, the pixels forming an array provided for producing a picture, each pixel being provided with a photo sensor having a temperature, each of the photo sensors comprising a photodiode or cluster of photodiodes integrated in the semiconductor body or substrate, and - at least one heater arranged in at least one of the pixels and integrated with the photo sensor of said pixel, so that an operation of the heater increases the temperature of the photo sensor of said pixel, characterized in that the heater extends in at least one further pixel. - a semiconductor body or substrate, - a plurality of pixels, the pixels forming an array provided for producing a picture, each pixel being provided with a photo sensor having a temperature, each of the photo sensors comprising a photodiode or cluster of photodiodes integrated in the semiconductor body or substrate, and - at least one heater arranged in at least one of the pixels and integrated with the photo sensor of said pixel, so that an operation of the heater increases the temperature of the photo sensor of said pixel, characterized in that the heater extends in at least one further pixel.
A non-contact charging module comprising: a plane coil including a wound conducting wire; a magnetic sheet having electric conductivity on which the plane coil is placed with a first insulation sheet interposed therebetween; and a recessed portion or a slit provided in the magnetic sheet and extending from an inner side of the magnetic sheet to an end thereof, wherein a terminal portion of the plane coil is housed in the recessed portion or the slit with the first insulation sheet pressed into the recessed portion or the slit, and the conducting wire of the plane coil is insulated from the magnetic sheet having electric conductivity because of the first insulation sheet, characterized in that a width of the recessed portion or the slit is at least three times as large as a diameter of the conducting wire. a plane coil including a wound conducting wire; a magnetic sheet having electric conductivity on which the plane coil is placed with a first insulation sheet interposed therebetween; and a recessed portion or a slit provided in the magnetic sheet and extending from an inner side of the magnetic sheet to an end thereof, wherein a terminal portion of the plane coil is housed in the recessed portion or the slit with the first insulation sheet pressed into the recessed portion or the slit, and the conducting wire of the plane coil is insulated from the magnetic sheet having electric conductivity because of the first insulation sheet, characterized in that a width of the recessed portion or the slit is at least three times as large as a diameter of the conducting wire.
Use of an H 2 - permeable layer or an H 2 - and O 2 - impermeable layer, containing a glass or a glass mixture or a partly or completely crystallized glass or a ceramic material, having a thickness greater than or equal to 1 mm and being heat-resistant and is either elastic, liquid or solid, for coating electrodes that come in contact with molten glass in distributors, channels and melting tanks, pipes for conveying and conditioning glass melts, such as feeding channels and Danner channels, Vello draw heads and A-draw heads, shaping tools for producing pipes and rods, such as Vello needles, downdraw needles, discharge rings and Danner blowpipes, jacketed platinum tubes for direct heating of bottom outlets, transport equipment or charging organs, agitators, pipe-drawing heads, feeder heads, plungers in gob feeders, drawing tanks and drawing lips for fiat glass production and fining chambers, consisting of noble metal and having an uncoated region for contacting the glass melt, the H 2 -impermeable layer or the H 2 - and O 2 - impermeable layer being provided on a side opposite from the uncoated region for contacting the glass melt.
A cosmetic container with an adjustable discharge quantity, comprising: a container body, wherein an upper part of the container body is provided with an opening; an inner cover, wherein an inner wall of the inner cover is threadedly connected to the opening of the container body, and the inner cover extends upward to form an inner cylinder; an outer wall of the inner cylinder is provided with a movement area, and a plurality of stepped grooves with different depths are arranged in parallel in the movement area; a lower end of the inner cover is hermetically connected to a dropper; an outer cover, wherein the outer cover is sleeved on an outer side of the inner cover and fixedly connected to the inner cover; a button, wherein the button is inserted between the inner cover and the outer cover, and the button is stopped by the outer cover; an inner wall of the button is provided with a grade adjusting rib, and a center of the button extends downward to form a piston connecting rod; the grade adjusting rib is aligned with the different stepped grooves by rotating the button, and then the grade adjusting rib moves down along the stepped groove to a bottom of the stepped groove by pressing the button; a piston, wherein the piston is sleeved on the piston connecting rod of the button and moves up and down with the button; and an elastic member, wherein the elastic member elastically supports the button. a container body, wherein an upper part of the container body is provided with an opening; an inner cover, wherein an inner wall of the inner cover is threadedly connected to the opening of the container body, and the inner cover extends upward to form an inner cylinder; an outer wall of the inner cylinder is provided with a movement area, and a plurality of stepped grooves with different depths are arranged in parallel in the movement area; a lower end of the inner cover is hermetically connected to a dropper; an outer cover, wherein the outer cover is sleeved on an outer side of the inner cover and fixedly connected to the inner cover; a button, wherein the button is inserted between the inner cover and the outer cover, and the button is stopped by the outer cover; an inner wall of the button is provided with a grade adjusting rib, and a center of the button extends downward to form a piston connecting rod; the grade adjusting rib is aligned with the different stepped grooves by rotating the button, and then the grade adjusting rib moves down along the stepped groove to a bottom of the stepped groove by pressing the button; a piston, wherein the piston is sleeved on the piston connecting rod of the button and moves up and down with the button; and an elastic member, wherein the elastic member elastically supports the button.
Fire retardant linoleum cement composition comprising 10 - 90 wt. % linoleum cement as a high molecular organic material, the composition further comprising calcium carbonate, at least one inorganic filler and a mainly cellulose containing filler, characterized in that, the inorganic filler is a fire retardant addition of aluminium hydroxide.
A method for producing a blade-ring segment for a gas turbine, in particular for an aircraft engine, having at least two adjacent blades (21, 22) that have a single common blade root, wherein the method includes the following method steps: - forging of at least two blanks (1,2;3,4), - joining of the blanks to form a blade-ring segment by means of a method for substance-closing connection, and - re-processing of the blank composite by means of material-removing methods, characterised in that the at least two blanks (1,2;3,4) are forged from a TiAl-material, and during the joining of the blanks a joining zone develops that extends through the centre or a central region of the common blade root. - forging of at least two blanks (1,2;3,4), - joining of the blanks to form a blade-ring segment by means of a method for substance-closing connection, and - re-processing of the blank composite by means of material-removing methods,
A shock absorber, comprising a body formed in a hollow shape, the body comprising: a front wall arranged to face a direction of shock so as to receive shock; a rear wall opposing the front wall; peripheral walls (3B, 4, 3C, 5) connecting peripheries of the front wall and the rear wall to each other; the shock absorber further comprising: a plurality of attaching sections (11, 12, 13) arranged to attach onto an attaching object and formed to be integral with the rear wall such that shock received by the front wall is propagated via the rear wall to the attaching object; a parting line which extends from one edge to another edge of the rear wall, the plurality of attaching sections (11, 12, 13) being formed on the parting line; wherein the plurality of attaching sections (11, 12, 13) comprises at least one attaching section which is hollow and has a hollow concave-shaped notch section depressed toward the inside of the at least one attaching section; and further wherein a hollow section of the body is integral with a hollow section of the at least one attaching section. a front wall arranged to face a direction of shock so as to receive shock; a rear wall opposing the front wall; peripheral walls (3B, 4, 3C, 5) connecting peripheries of the front wall and the rear wall to each other; the shock absorber further comprising: a plurality of attaching sections (11, 12, 13) arranged to attach onto an attaching object and formed to be integral with the rear wall such that shock received by the front wall is propagated via the rear wall to the attaching object; a parting line which extends from one edge to another edge of the rear wall, the plurality of attaching sections (11, 12, 13) being formed on the parting line; wherein the plurality of attaching sections (11, 12, 13) comprises at least one attaching section which is hollow and has a hollow concave-shaped notch section depressed toward the inside of the at least one attaching section; and further wherein a hollow section of the body is integral with a hollow section of the at least one attaching section. a plurality of attaching sections (11, 12, 13) arranged to attach onto an attaching object and formed to be integral with the rear wall such that shock received by the front wall is propagated via the rear wall to the attaching object; a parting line which extends from one edge to another edge of the rear wall, the plurality of attaching sections (11, 12, 13) being formed on the parting line; wherein the plurality of attaching sections (11, 12, 13) comprises at least one attaching section which is hollow and has a hollow concave-shaped notch section depressed toward the inside of the at least one attaching section; and further wherein a hollow section of the body is integral with a hollow section of the at least one attaching section.
A spinal implant component having a coating at least in sections, wherein the coating is a ceramic titanium nitride coating, which in addition to an At% content Ti and an At% content N, has an At% content of 5-30 At% Ag.
An accessory device for a tool of the landmine type comprising a barbell having a first end at a first sleeve hinged on a surface, for example a floor or terrain, said accessory device comprising: - a second sleeve intended to receive a second end of the barbell, said second sleeve having an elongated extension according to a longitudinal axis thereof; - a first and a second tubular profile (22, 23) originating from the second sleeve and having an extension moving away therefrom, each according to its own direction; - a first and a second rod (25, 26) respectively originating laterally from said first and second tubular profile (22, 23), said first and second rod (25, 26) having an extension moving away from the respective tubular profile (22, 23), characterised in that it comprises a fin situated externally on the second sleeve. - a second sleeve intended to receive a second end of the barbell, said second sleeve having an elongated extension according to a longitudinal axis thereof; - a first and a second tubular profile (22, 23) originating from the second sleeve and having an extension moving away therefrom, each according to its own direction; - a first and a second rod (25, 26) respectively originating laterally from said first and second tubular profile (22, 23), said first and second rod (25, 26) having an extension moving away from the respective tubular profile (22, 23),
Rectangular baler comprising: a bale chamber adapted to contain one or more bales; a compacting plunger for advancing crop material in a direction towards a discharge opening of the bale chamber; at least one friction block mounted moveably in a wall of the bale chamber such that at least a part of each friction block is moveable out of the wall; and biasing means adapted for biasing said at least one friction block in a position wherein said at least one friction block protrudes out of the wall; characterised in that the biasing means comprise a biasing shaft and at least one pawl element fixed on said shaft, each pawl element being coupled with a friction block of said at least one friction block, such that a rotation of the biasing shaft adjusts the position of the at least one friction block. a bale chamber adapted to contain one or more bales; a compacting plunger for advancing crop material in a direction towards a discharge opening of the bale chamber; at least one friction block mounted moveably in a wall of the bale chamber such that at least a part of each friction block is moveable out of the wall; and biasing means adapted for biasing said at least one friction block in a position wherein said at least one friction block protrudes out of the wall; characterised in that the biasing means comprise a biasing shaft and at least one pawl element fixed on said shaft, each pawl element being coupled with a friction block of said at least one friction block, such that a rotation of the biasing shaft adjusts the position of the at least one friction block.
A variant CBH1 cellulase, wherein the variant is derived from Hypocrea jecorina CBH I as set out in SEQ ID NO:2, wherein the variant comprises a substitution or deletion at position S113 wherein said variant CBH1 cellulase has an increased temperature stability relative to the Hypocrea jecorina CBH1 cellulase having the sequence set out in SEQ ID NO:2 and retains its characteristic cellulolytic activity.
An ophthalmological measuring device, having an ocular measurement housing comprising a front face provided with a frame surrounding a translucent plate of a size and curvature suitable for covering the ocular field of said patient, a device for lighting the translucent plate from behind the translucent plate, at least one camera (21, 22) provided with a lens placed in line with a hole in the translucent plate, one or more point light sources in openings on the translucent plate, for illuminating the eyes of the patient, and means for fixing one or more complementary ophthalmological measuring devices received on the translucent plate.
A system for using a vapor pressure to determine a concentration of a component in a multi-component fluid, the system comprising: an electronics communicatively coupled to a transducer configured to sense a multi-component fluid, the electronics being configured to: determine a first vapor pressure, the first vapor pressure being a vapor pressure of a first component of the multi-component fluid; determine a second vapor pressure, the second vapor pressure being a vapor pressure of a second component of the multi-component fluid; determine a multi-component vapor pressure, the multi-component vapor pressure being a vapor pressure of the multi-component fluid, based on a gain of a drive signal provided to the transducer, the transducer being a meter assembly of a vibratory meter; and determine a concentration of at least one of the first component and the second component based on the multi-component vapor pressure, the first vapor pressure, and the second vapor pressure. determine a first vapor pressure, the first vapor pressure being a vapor pressure of a first component of the multi-component fluid; determine a second vapor pressure, the second vapor pressure being a vapor pressure of a second component of the multi-component fluid; determine a multi-component vapor pressure, the multi-component vapor pressure being a vapor pressure of the multi-component fluid, based on a gain of a drive signal provided to the transducer, the transducer being a meter assembly of a vibratory meter; and determine a concentration of at least one of the first component and the second component based on the multi-component vapor pressure, the first vapor pressure, and the second vapor pressure.
A method of generating a Multimedia Broadcast Multicast Service, MBMS, Traffic Key, MTK, at a Broadcast Multicast Service Center, BMSC, (102, 104, 106, 300) the method comprising: - receiving a MBMS Service Key, MSK, corresponding to an MSK generated at a centralized key management service (128, 300); and - generating the MTK for use in encrypting content transmitted towards a user equipment node, UE, as a function of at least the received MSK and an MTK seed value. - receiving a MBMS Service Key, MSK, corresponding to an MSK generated at a centralized key management service (128, 300); and - generating the MTK for use in encrypting content transmitted towards a user equipment node, UE, as a function of at least the received MSK and an MTK seed value.
A computerized method, comprising: receiving, at a manager server node for a cluster comprising a plurality of client nodes, a request for an allocation of a task; determining, by at least one processor (1310, 1312, 1314) of the manager server node, a node type for the task, based on mapping the task to a list of categories, wherein the categories in the list of categories comprise at least a central processing unit, CPU, usage category and input/output, I/O, usage category, wherein the CPU usage category comprises at least two subcategories with overlapping ranges, wherein each category input value maps to a subcategory of the respective category and is assigned a continuous confidence level value in the real number range of [0,1], thereby defining a boundary line of the subcategories; searching, by the manager server node, for available client nodes based on the node type for the task to select a client node to allocate the task; determining, by the at least one processor (1310, 1312, 1314) of the manager server node, a zone of the selected client node, wherein each zone represents a line segment of the boundary line of the subcategories, wherein the zone is mapped to the list of categories; determining, by the at least one processor (1310, 1312, 1314) of the manager server node, a wait algorithm associated with the zone of the selected node; and contacting, by the manager server node, the selected client node and passing the task and the wait algorithm to the selected client node. receiving, at a manager server node for a cluster comprising a plurality of client nodes, a request for an allocation of a task; determining, by at least one processor (1310, 1312, 1314) of the manager server node, a node type for the task, based on mapping the task to a list of categories, wherein the categories in the list of categories comprise at least a central processing unit, CPU, usage category and input/output, I/O, usage category, wherein the CPU usage category comprises at least two subcategories with overlapping ranges, wherein each category input value maps to a subcategory of the respective category and is assigned a continuous confidence level value in the real number range of [0,1], thereby defining a boundary line of the subcategories; searching, by the manager server node, for available client nodes based on the node type for the task to select a client node to allocate the task; determining, by the at least one processor (1310, 1312, 1314) of the manager server node, a zone of the selected client node, wherein each zone represents a line segment of the boundary line of the subcategories, wherein the zone is mapped to the list of categories; determining, by the at least one processor (1310, 1312, 1314) of the manager server node, a wait algorithm associated with the zone of the selected node; and contacting, by the manager server node, the selected client node and passing the task and the wait algorithm to the selected client node.