mhurhangee/ep-ind-claims huggingface dataset:
Ventilator for mechanical ventilation, comprising an inspiratory branch (Ri) configured to receive an air-oxygen mixture, an expiratory branch (Re), and an expiratory valve arranged in the expiratory branch (Re), wherein said ventilator comprises a flow control and conditioning equipment to which the inspiratory branch (Ri) and the expiratory branch (Re) are connected, configured to supply a continuous flow (Fc) of said air-oxygen mixture to a patient, where said continuous flow (Fc) is kept constant during inspiration and expiration of the patient, so that when the expiratory valve opens there is a collision of the continuous flow (Fc) with the expiratory flow (Fe) coming from the patient, causing an expiratory brake and an intrinsic PEEP end-expiratory pressure; characterized in that the flow control and conditioning equipment presents a tubular configuration comprising a plurality of connections (21, 22, 23, 24, 25) communicated pneumatically; and in that said flow control and conditioning equipment comprises: - an inspiratory inlet port configured to connect to the inspiratory branch (Ri) and receive the air/oxygen mixture; - an endotracheal outlet port, aligned with the inspiratory inlet port, configured to connect to an endotracheal tube of a patient and deliver a continuous flow (Fc) of the air-oxygen mixture to said patient; and - an expiratory outlet port, arranged in a "T" between the inspiratory inlet port and the endotracheal outlet port, configured to connect to the expiratory branch (Re) and allow the expiratory flow (Fe) to exit from the patient. - an inspiratory inlet port configured to connect to the inspiratory branch (Ri) and receive the air/oxygen mixture; - an endotracheal outlet port, aligned with the inspiratory inlet port, configured to connect to an endotracheal tube of a patient and deliver a continuous flow (Fc) of the air-oxygen mixture to said patient; and - an expiratory outlet port, arranged in a "T" between the inspiratory inlet port and the endotracheal outlet port, configured to connect to the expiratory branch (Re) and allow the expiratory flow (Fe) to exit from the patient.
Process for removing uranium from copper concentrate containing magnetite and uranium via magnetic separation which comprises the steps: magnetic separation, grinding step and fine flotation step of copper concentrates, wherein the magnetic separation comprises the sub-steps as follows: i. the magnetic separation of the copper concentrates, by splitting a magnetic fraction (a) and a non-magnetic fraction (b) with size distribution of 15-40 micron (P 80) with content of uranium from 20 ppm to 100 ppm, thereby obtaining 75- 99.99% of a non-magnetic copper concentrated; ii. grinding step of the magnetic fraction (a) achieved in the magnetic separation i, in order to produce a copper concentrate magnetic with a fine size distribution in the range of 5-15 micron (P 80) with high content of uranium from 100 ppm to 300 ppm; iii. a fine flotation step thus producing a copper concentrate with a recovery of copper in the range of 0.01% to 25% (c); in this step obtaining a copper concentrate with content uranium from 100 ppm to 300 ppm, and iv. mixing the non-magnetic fraction (b) from the magnetic separation step i. which has a low content of uranium the concentrate achieved at the end of the step iii producing a final marketable concentrate (c) with 40 ppm to 150 ppm uranium and final recovery of copper in the range of 75 % to 99.99%, wherein the expressions ppm and % refer to the fraction in mass. i. the magnetic separation of the copper concentrates, by splitting a magnetic fraction (a) and a non-magnetic fraction (b) with size distribution of 15-40 micron (P 80) with content of uranium from 20 ppm to 100 ppm, thereby obtaining 75- 99.99% of a non-magnetic copper concentrated; ii. grinding step of the magnetic fraction (a) achieved in the magnetic separation i, in order to produce a copper concentrate magnetic with a fine size distribution in the range of 5-15 micron (P 80) with high content of uranium from 100 ppm to 300 ppm; iii. a fine flotation step thus producing a copper concentrate with a recovery of copper in the range of 0.01% to 25% (c); in this step obtaining a copper concentrate with content uranium from 100 ppm to 300 ppm, and iv. mixing the non-magnetic fraction (b) from the magnetic separation step i. which has a low content of uranium the concentrate achieved at the end of the step iii producing a final marketable concentrate (c) with 40 ppm to 150 ppm uranium and final recovery of copper in the range of 75 % to 99.99%, wherein the expressions ppm and % refer to the fraction in mass.
Light curtain comprising in a series arranged light transmitting units for emitting light beams and / or light-receiving units for receiving the light beams, and a housing that houses the light emitting units and / or light-receiving units and that comprises a longitudinal side through which the light beams are passed, characterized by a positive pressure unit for providing compressed air, the positive pressure unit encloses the light emitting units and / or light-receiving units, wherein the positive pressure unit comprises openings (6, 9), which are arranged coaxial to the optical axes of the light emitting units and light receiving units, and a positive pressure port, and is designed in such a way so that introduced compressed-air is guide-able in a direction to the openings (6, 9) and is exit-able exclusively through these openings (6, 9).
A ventilation device to be installed outdoors, the ventilation device comprising: an air supply fan; an exhaust fan; and a casing (2, 13) having an accommodation space in which the air supply fan and the exhaust fan are accommodated, wherein the casing includes a partition defining a lower end of the accommodation space, the partition has a first outside air intake port and a first exhaust port each passing through the partition in an up-and-down direction, the casing (2, 13) includes a bottom plate and has an outside air intake chamber defined between the bottom plate and the partition located above the bottom plate, the outside air intake chamber communicating with the first outside air intake port, and an exhaust chamber defined between the bottom plate and the partition located above the bottom plate, the exhaust chamber communicating with the first exhaust port, and the casing includes side plates (2a, 2b, 2c, 2d) respectively having a second outside air intake port through which the outside air intake chamber communicates with an outside of the casing and a second exhaust port through which the exhaust chamber communicates with the outside of the casing. an air supply fan; an exhaust fan; and a casing (2, 13) having an accommodation space in which the air supply fan and the exhaust fan are accommodated, wherein the casing includes a partition defining a lower end of the accommodation space, the partition has a first outside air intake port and a first exhaust port each passing through the partition in an up-and-down direction, the casing (2, 13) includes a bottom plate and has an outside air intake chamber defined between the bottom plate and the partition located above the bottom plate, the outside air intake chamber communicating with the first outside air intake port, and an exhaust chamber defined between the bottom plate and the partition located above the bottom plate, the exhaust chamber communicating with the first exhaust port, and the casing includes side plates (2a, 2b, 2c, 2d) respectively having a second outside air intake port through which the outside air intake chamber communicates with an outside of the casing and a second exhaust port through which the exhaust chamber communicates with the outside of the casing.
A hydraulic system for operating a brake in a wind turbine, the brake including a disc and at least one caliper configured to apply friction to the disc, the hydraulic system comprising: a pump system; a supply line fluidly connecting the pump system to the at least one caliper; a first accumulator fluidly connected to the supply line; a first activation valve located in the supply line downstream of the first accumulator; a drainage line fluidly connecting the at least one caliper to the pump system; and a first drainage valve located in the drainage line; characterized in that said hydraulic system further comprises: a detection line configured to communicate pressures from the supply line to the first drainage valve, the detection line being connected to the supply line downstream of the first activation valve. a pump system; a supply line fluidly connecting the pump system to the at least one caliper; a first accumulator fluidly connected to the supply line; a first activation valve located in the supply line downstream of the first accumulator; a drainage line fluidly connecting the at least one caliper to the pump system; and a first drainage valve located in the drainage line; characterized in that said hydraulic system further comprises: a detection line configured to communicate pressures from the supply line to the first drainage valve, the detection line being connected to the supply line downstream of the first activation valve.
Method for producing a paper roll with smooth plies, that is plies without projections out of the thickness of the ply, or with microembossed plies joined together with glue comprising the steps of - conveying a first smooth or microembossed ply between an upper embossing roll, provided with at least first projections defining a decorative motif, and a glue distribution roll, or cliché roll; - maintaining the cliché roll side by side to the upper embossing roll, said first ply being interposed between said upper embossing roll and said cliché roll and, when passing between said two rolls (101, 104), being subjected to markings, providing a thinning of the thickness of the ply within the maximum thickness thereof, and to glue deposits in positions corresponding to said first projections of the embossing roll defining a decorative motif, respectively on one side of the first ply facing towards the upper embossing roll and on the opposite side of the first ply facing towards the cliché roll; - conveying a second ply (11") between the upper embossing roll and a coupling roll, or marriage roll; - maintaining the marriage roll side by side to the upper embossing roll by exerting a coupling pressure in order to perform the final coupling between said first ply and said second ply (11") at the glue deposits, thus forming a multilayer paper. - conveying a first smooth or microembossed ply between an upper embossing roll, provided with at least first projections defining a decorative motif, and a glue distribution roll, or cliché roll; - maintaining the cliché roll side by side to the upper embossing roll, said first ply being interposed between said upper embossing roll and said cliché roll and, when passing between said two rolls (101, 104), being subjected to markings, providing a thinning of the thickness of the ply within the maximum thickness thereof, and to glue deposits in positions corresponding to said first projections of the embossing roll defining a decorative motif, respectively on one side of the first ply facing towards the upper embossing roll and on the opposite side of the first ply facing towards the cliché roll; - conveying a second ply (11") between the upper embossing roll and a coupling roll, or marriage roll; - maintaining the marriage roll side by side to the upper embossing roll by exerting a coupling pressure in order to perform the final coupling between said first ply and said second ply (11") at the glue deposits, thus forming a multilayer paper.
An apparatus for dynamically scheduling a digital storage backup, comprising: at least one processor adapted to determine at least one backup parameter for a backup of a plurality of data blocks of a monitored non transitory storage, comprising: compute a storage classification for said plurality of data blocks according to a compliance of an amount of changes to a content of said plurality of data blocks with one or more threshold values, wherein the storage classification comprises an indication as to whether to back up the data blocks of the storage; and determine said at least one backup parameter according to said classification, wherein said at least one backup parameter is a member of a group comprising: identification numbers of a plurality of said plurality of data blocks and a time to perform said backup; wherein said at least one processor is further adapted to: create a snapshot of said monitored non transitory storage; and produce said amount of changes from said snapshot, wherein said at least one processor produces said amount of changes from said snapshot using machine metadata describing one or more changes to the storage volume layout. compute a storage classification for said plurality of data blocks according to a compliance of an amount of changes to a content of said plurality of data blocks with one or more threshold values, wherein the storage classification comprises an indication as to whether to back up the data blocks of the storage; and determine said at least one backup parameter according to said classification, wherein said at least one backup parameter is a member of a group comprising: identification numbers of a plurality of said plurality of data blocks and a time to perform said backup; wherein said at least one processor is further adapted to: create a snapshot of said monitored non transitory storage; and produce said amount of changes from said snapshot, wherein said at least one processor produces said amount of changes from said snapshot using machine metadata describing one or more changes to the storage volume layout. create a snapshot of said monitored non transitory storage; and produce said amount of changes from said snapshot, wherein said at least one processor produces said amount of changes from said snapshot using machine metadata describing one or more changes to the storage volume layout.
A cutting block for guiding the alteration of the surface of a bone, comprising: a housing having a longitudinal axis, a plurality of walls (206, 208), and a collar having a distal end, a proximal end, and a bone mating inner surface disposed along the longitudinal axis and having a preformed contour that matches a corresponding surface feature of the bone, wherein the plurality of walls (206, 208) extend above the collar to an upper boundary surface, and wherein the upper boundary surface is contoured to match a pre-selected bone surface; a plurality of surface regions disposed on the bone mating surface, the plurality of surface regions having a plurality of surface characteristics corresponding to respective surface features on the bone; a cutting guide having a channel that extends between the plurality of walls (206, 208), the channel extending between the upper boundary surface and the bone mating surface and comprising a plurality of laterally extending channels (212a-e); and an entry port, wherein the channel is configured to receive a first portion of the cutting tool through the entry port, characterised in that the entry port is disposed along a surface of a wall of the plurality of walls, wherein the entry port is configured to laterally receive a cutting tool. a housing having a longitudinal axis, a plurality of walls (206, 208), and a collar having a distal end, a proximal end, and a bone mating inner surface disposed along the longitudinal axis and having a preformed contour that matches a corresponding surface feature of the bone, wherein the plurality of walls (206, 208) extend above the collar to an upper boundary surface, and wherein the upper boundary surface is contoured to match a pre-selected bone surface; a plurality of surface regions disposed on the bone mating surface, the plurality of surface regions having a plurality of surface characteristics corresponding to respective surface features on the bone; a cutting guide having a channel that extends between the plurality of walls (206, 208), the channel extending between the upper boundary surface and the bone mating surface and comprising a plurality of laterally extending channels (212a-e); and an entry port, wherein the channel is configured to receive a first portion of the cutting tool through the entry port, characterised in that the entry port is disposed along a surface of a wall of the plurality of walls, wherein the entry port is configured to laterally receive a cutting tool.
A refrigeration system comprising: a first circuit configured to circulate a first refrigerant, the first circuit including a first evaporator; a second circuit configured to circulate a second refrigerant, the second circuit including a receiver, at least one display case, and a pump positioned downstream of the receiver to draw liquid refrigerant from the receiver, the receiver associated with the first evaporator such that the second refrigerant within the receiver is in a heat exchange relationship with the first refrigerant within the first evaporator; characterized by a third circuit configured to circulate a third refrigerant, the third circuit including a second evaporator associated with the receiver of the second circuit and the first evaporator of the first circuit, and the third refrigerant within the second evaporator in a heat exchange relationship with the second refrigerant within the receiver. a first circuit configured to circulate a first refrigerant, the first circuit including a first evaporator; a second circuit configured to circulate a second refrigerant, the second circuit including a receiver, at least one display case, and a pump positioned downstream of the receiver to draw liquid refrigerant from the receiver, the receiver associated with the first evaporator such that the second refrigerant within the receiver is in a heat exchange relationship with the first refrigerant within the first evaporator;
Solid state actuator arrangement, comprising - an actuator which is designed as a solid state bending actuator and has, opposite one another, a first and a second end portion (2e, 2f), - a fastening device for the misplacement-proof fastening of the first end portion of the actuator, and - terminals for applying a driver signal to the actuator for the adjustment of the second end portion between at least two positions as a result of the bending of the actuator, - wherein an extension element (3*) is fastened to the free second end portion of the actuator, characterized in that the extension element (3*) extends with a first extension element portion from the free end portion of the actuator in a direction leading laterally away from the actuator and with a second extension element portion adjoining it redirectionally parallel to a longitudinal extent of the actuator, and - the second extension element portion extends redirectionally in parallel beyond a point parallel to a fastening point of the first end portion of the actuator on the fastening device. - an actuator which is designed as a solid state bending actuator and has, opposite one another, a first and a second end portion (2e, 2f), - a fastening device for the misplacement-proof fastening of the first end portion of the actuator, and - terminals for applying a driver signal to the actuator for the adjustment of the second end portion between at least two positions as a result of the bending of the actuator, - wherein an extension element (3*) is fastened to the free second end portion of the actuator, characterized in that the extension element (3*) extends with a first extension element portion from the free end portion of the actuator in a direction leading laterally away from the actuator and with a second extension element portion adjoining it redirectionally parallel to a longitudinal extent of the actuator, and - the second extension element portion extends redirectionally in parallel beyond a point parallel to a fastening point of the first end portion of the actuator on the fastening device.
A method for classifying samples of pictures to be assessed, comprising: obtaining sample T to be assessed and sample feature Ft of sample T to be assessed; selecting a first quantity N of example samples from a classification sample database, wherein the database consists of samples which belong to a same category; obtaining a feature similarity SIMi between sample T to be assessed and each of the N example samples i, wherein feature similarity SIMi is determined based on sample feature Ft of sample T to be assessed and sample feature Fi of each example sample i; obtaining a sample quality Qi of each example sample i, wherein the sample quality is determined by obtaining historical feature similarities between a plurality of historical samples T and the example sample, and assessment results of the plurality of historical samples; determining comprehensive similarities Si between sample T to be assessed and each example sample i based on at least a difference value ri between feature similarity SIMi and sample quality Qi, wherein Si = a + b * ri * c, where a and b are constants, a + b = 1, and c is a coefficient associated with sample quality Qi, and wherein in a case of ri > = 0, c = 1/(1-Qi) and in a case of ri < 0, c = 1/Qi; and determining, based on comprehensive similarity Si, whether sample T to be assessed falls in the same category of the classification sample database. obtaining sample T to be assessed and sample feature Ft of sample T to be assessed; selecting a first quantity N of example samples from a classification sample database, wherein the database consists of samples which belong to a same category; obtaining a feature similarity SIMi between sample T to be assessed and each of the N example samples i, wherein feature similarity SIMi is determined based on sample feature Ft of sample T to be assessed and sample feature Fi of each example sample i; obtaining a sample quality Qi of each example sample i, wherein the sample quality is determined by obtaining historical feature similarities between a plurality of historical samples T and the example sample, and assessment results of the plurality of historical samples; determining comprehensive similarities Si between sample T to be assessed and each example sample i based on at least a difference value ri between feature similarity SIMi and sample quality Qi, wherein Si = a + b * ri * c, where a and b are constants, a + b = 1, and c is a coefficient associated with sample quality Qi, and wherein in a case of ri > = 0, c = 1/(1-Qi) and in a case of ri < 0, c = 1/Qi; and determining, based on comprehensive similarity Si, whether sample T to be assessed falls in the same category of the classification sample database.