mhurhangee/ep-ind-claims huggingface dataset:
An end cover assembly for a brush motor, the end cover assembly comprising: a) an end cover; b) a brush, the brush being embedded in a brush box; and c) a circuit board, the circuit board comprising a bottom surface, a top surface, and an electronic component; characterized in that the end cover assembly further comprises a brush holder, a plurality of bearing supports, and a plurality of clamps, and the brush holder comprises a top surface; a bottom end of each of the plurality of bearing supports is disposed on the top surface of the brush holder, and a top end of each of the plurality of bearing supports is disposed on the bottom surface of the circuit board; a bottom end of each of the plurality of clamps is disposed on the top surface of the brush holder, and a top end of each of the plurality of clamps is disposed on the top surface of the circuit board; the circuit board is clamped by the top end of each of the plurality of bearing supports and the top end of each of the plurality of clamps; the brush holder is disposed on the end cover; the brush box and the brush are disposed on the top surface of the brush holder, and the electronic component is disposed on the bottom surface of the circuit board; the brush holder and the circuit board are spaced by the plurality of bearing supports, and a cavity is formed between the circuit board and the brush holder; and the brush is in electric connection with the circuit board. a) an end cover; b) a brush, the brush being embedded in a brush box; and c) a circuit board, the circuit board comprising a bottom surface, a top surface, and an electronic component; the end cover assembly further comprises a brush holder, a plurality of bearing supports, and a plurality of clamps, and the brush holder comprises a top surface; a bottom end of each of the plurality of bearing supports is disposed on the top surface of the brush holder, and a top end of each of the plurality of bearing supports is disposed on the bottom surface of the circuit board; a bottom end of each of the plurality of clamps is disposed on the top surface of the brush holder, and a top end of each of the plurality of clamps is disposed on the top surface of the circuit board; the circuit board is clamped by the top end of each of the plurality of bearing supports and the top end of each of the plurality of clamps; the brush holder is disposed on the end cover; the brush box and the brush are disposed on the top surface of the brush holder, and the electronic component is disposed on the bottom surface of the circuit board; the brush holder and the circuit board are spaced by the plurality of bearing supports, and a cavity is formed between the circuit board and the brush holder; and the brush is in electric connection with the circuit board.
A blood pump, comprising a flexible drive shaft which is guided in a catheter, a delivery element which is connected to the drive shaft in a distal region of the drive shaft, and a motor, wherein the motor comprises a stator and a rotor which is rotatably mounted in the stator, wherein the stator comprises a winding and the rotor comprises a rotor magnet, wherein the drive shaft is connected to the rotor at a proximal end of the drive shaft, wherein the stator and the rotor are undetachably connected to one another and form a gap which is delimited by the rotor and the stator, and wherein the blood pump has a rinsing opening which is fluidically connected to the gap.
A carrying case and handle for accommodating a portable topical negative pressure therapy apparatus comprising a device and a waste canister separable therefrom, the waste canister having an aspiration conduit connected thereto, the carrying case comprising: an apparatus receiving pouch, said pouch having opening and closing means at a lower portion thereof, said lower portion having an opening by which the apparatus may be inserted into the carrying case such that the waste canister is lowermost and having a window portion covered by a movable flap in the lower region of the pouch to permit viewing of the waste canister; and wherein the handle is configured to be directly attached to the apparatus.
A process for capturing and/or detecting at least one chemical element in a sample, comprising the following steps: a) a liquid phase L is prepared comprising at least: - an amine; - a sample comprising at least one chemical element selected from the group comprising poor metals, alkaline earths, actinides, rare earths, transition metals, and combination thereof; - optionally a solvent; b) the liquid phase L is contacted with a gas phase G comprising a gas selected from CO 2, COS and CS 2, under conditions resulting in the formation of a segmented flow, so as to form a third phase concentrating said chemical element, called "concentrated phase", suspended in a stock solution; c) the concentrated phase is separated from the stock solution. a) a liquid phase L is prepared comprising at least: - an amine; - a sample comprising at least one chemical element selected from the group comprising poor metals, alkaline earths, actinides, rare earths, transition metals, and combination thereof; - optionally a solvent; - an amine; - a sample comprising at least one chemical element selected from the group comprising poor metals, alkaline earths, actinides, rare earths, transition metals, and combination thereof; - optionally a solvent; b) the liquid phase L is contacted with a gas phase G comprising a gas selected from CO 2, COS and CS 2, under conditions resulting in the formation of a segmented flow, so as to form a third phase concentrating said chemical element, called "concentrated phase", suspended in a stock solution; c) the concentrated phase is separated from the stock solution.
A seat assembly, comprising: a seat bottom having a deformable seat shell configured to change shape with a changing occupant load distribution; a seat back coupled to and extending from the seat bottom; a motion control link coupling the deformable seat shell with a support frame via a frame joint and a shell joint so that said joints can undergo relative movement, the frame joint being at a fixed position relative to the support frame and the shell joint being at a fixed position relative to the deformable seat shell, wherein the motion control link constrains said relative movement; characterised in that the seat assembly comprises a cam surface (32, 34), wherein the motion control link elastically bends along the cam surface (32, 34) when said joints (28, 30) undergo relative movement. a seat bottom having a deformable seat shell configured to change shape with a changing occupant load distribution; a seat back coupled to and extending from the seat bottom; a motion control link coupling the deformable seat shell with a support frame via a frame joint and a shell joint so that said joints can undergo relative movement, the frame joint being at a fixed position relative to the support frame and the shell joint being at a fixed position relative to the deformable seat shell, wherein the motion control link constrains said relative movement; characterised in that the seat assembly comprises a cam surface (32, 34), wherein the motion control link elastically bends along the cam surface (32, 34) when said joints (28, 30) undergo relative movement.
An agricultural planter having a row unit that includes: a pivotably mounted gauge wheel supported by gauge wheel support arms; a down pressure controller for controlling the down pressure on at least a portion of the row unit; a load sensor comprising a mechanical element (12, 13, 14) mounted for movement in response to the down pressure applied to the row unit; wherein a fluid-containing device (11, 152) containing a hydraulic ram (16, 117, 151) is coupled to said mechanical element (12, 13, 14) for changing the fluid pressure in response to the movement of the mechanical element (12, 13, 15), and wherein the gauge wheel support arms are arranged to push against an equalizer support, which is connected via a pivot with a rocker, wherein the rocker is arranged to pivot around a pivot bolt and to push against the hydraulic ram (16, 117, 151), and wherein a transducer (18, 118) is coupled to said fluid-containing device (11, 152) for producing an output signal in response to changes in said fluid pressure. a pivotably mounted gauge wheel supported by gauge wheel support arms; a down pressure controller for controlling the down pressure on at least a portion of the row unit; a load sensor comprising a mechanical element (12, 13, 14) mounted for movement in response to the down pressure applied to the row unit; wherein a fluid-containing device (11, 152) containing a hydraulic ram (16, 117, 151) is coupled to said mechanical element (12, 13, 14) for changing the fluid pressure in response to the movement of the mechanical element (12, 13, 15), and wherein the gauge wheel support arms are arranged to push against an equalizer support, which is connected via a pivot with a rocker, wherein the rocker is arranged to pivot around a pivot bolt and to push against the hydraulic ram (16, 117, 151), and wherein a transducer (18, 118) is coupled to said fluid-containing device (11, 152) for producing an output signal in response to changes in said fluid pressure.
Electrical device, particularly intended for controlling an electrical machine, comprising: - a first region filled with an insulating material and comprising a first electronic unit embedded in the insulating material; - a second region filled with an insulating material and comprising a second electronic unit embedded in the insulating material; and - a third region filled with an insulating material and comprising at least one electrical connection element embedded in the insulating material, the at least one electrical connection element connecting the first electronic unit to the second electronic unit; wherein the first and the second region are each in contact with the third region such that the electrical device comprises at least one space extending around the third region and between the first and the second region, said space being free of material, in particular devoid of insulating material, and wherein the first, second and third regions are superposed, the first and second regions extending substantially in parallel planes, said electrical device also comprising a support for an electronic unit arranged between the first electronic unit and the second electronic unit and comprising an open cavity intended to receive the second electronic unit, said electrical device being characterized in that the third region is defined at least in part by a hollow column in which the at least one electrical connection element is intended to be inserted, the hollow column extending between the first and the second region, the hollow column being filled with insulating material, the hollow column extending from the open cavity and being configured to communicate with the open cavity at a first end of the hollow column. - a first region filled with an insulating material and comprising a first electronic unit embedded in the insulating material; - a second region filled with an insulating material and comprising a second electronic unit embedded in the insulating material; and - a third region filled with an insulating material and comprising at least one electrical connection element embedded in the insulating material, the at least one electrical connection element connecting the first electronic unit to the second electronic unit;
Pipe for the transport of water with resistance to chlorinated disinfectants produced with a polymer composition comprising polyethylene and a bisphenol monoester represented by Formula 1: wherein each R 1 and R 2 independently represents an alkyl group having 1 to 5 carbon atoms, R 3 represents a hydrogen atom or an alkyl group having 1 to 3 carbon atoms, and R 4 represents a hydrogen atom or a methyl group or by Formula 2: wherein each R 1 and R 2 independently represents an alkyl group having 1 to 5 carbon atoms, R 3 represents a hydrogen atom or an alkyl group having 1 to 3 carbon atoms, and R 4 group represents vinyl, vinyl ether or vinyl amine, 1-alkadiene, 1-alkene having 1 to 15 carbon atoms, wherein the polyethylene is multimodal polyethylene. wherein each R 1 and R 2 independently represents an alkyl group having 1 to 5 carbon atoms, R 3 represents a hydrogen atom or an alkyl group having 1 to 3 carbon atoms, and R 4 group represents vinyl, vinyl ether or vinyl amine, 1-alkadiene, 1-alkene having 1 to 15 carbon atoms, wherein the polyethylene is multimodal polyethylene.
End seal for sealing a lighting tube and connecting to a plastic carrier inside the lighting tube, wherein the end seal comprises a cylindrical base body with a first end and a second end, and a connector provided at the first end for engaging with a connector provided at an end of the plastic carrier, characterized in that the cylindrical base body comprises a portion of increased diameter at the second end, the portion of increased diameter is provided with a first through hole and at least one second through hole, the base body comprises an elongate groove extending along at least a part of the base body, and the elongate groove is aligned to continue the first through hole after the portion of increased diameter.
A sterile medical product for parenteral administration comprising a polymeric container having a first and second chamber which are separated by a non-permanent peel seal, wherein the first chamber contains an amino acid formulation comprising 23.29-28.47 g/L L-Alanine, 12.94-15.82 g/L L-Arginine, 11.58-14.16 g/L Glycine, 5.40-6.60 g/L L-Histidine, 6.75-8.24 g/L L-Isoleucine, 8.22-10.04 g/L L-Leucine, 6.53-7.98 g/L L-Lysine, 4.50-5.50 g/L L-Methionine, 6.30-7.70 g/L L-Phenylalanine, 7.65-9.35 g/L L-Proline, 5.63-6.88 g/L L-Serine, 4.72-5.77 g/L L-Threonine, 2.02-2.47 g/L L-Tryptophan, 0.45-0.54 g/L L-Tyrosine, and 6.53-7.98 g/L L-Valine, and wherein the second chamber comprises a dextrose formulation having a pH of from 3.2 to 6.5 at 25°C, wherein the dextrose is provided in a concentration of between 26.6% and 41.0%.
A steel sheet or part coated on one or both sides with a coating consisting of a matrix of polymer in which particles of non-oxide ceramic are homogeneously dispersed, the coating weight of said particles being between 0.001 and 0.250 g/m 2, the melting point of said non-oxide ceramic being above 600°C, the average diameter D50 of said particles being between 0.01 and 3 μm, the composition of said steel sheet or part being suitable for enamelling, and said polymer, when heated from ambient temperature to 800°C in air, getting burned at more than 80% by weight at 440°C and being completely burned at 600°C.
A shaving unit for a shaving apparatus, comprising at least a first cutting unit and a second cutting unit, wherein: - said first cutting unit comprises a first external cutting member having a plurality of hair entry openings which define a first shaving track, a first internal cutting member which is rotatable relative to the first external cutting member about a first axis of rotation, and a first housing accommodating a first hair collection chamber; - said second cutting unit comprises a second external cutting member having a plurality of hair entry openings which define a second shaving track, a second internal cutting member which is rotatable relative to the second external cutting member about a second axis of rotation, and a second housing accommodating a second hair collection chamber; - the shaving unit further comprising a central support member comprising a coupling member by means of which the shaving unit can be releasably coupled to a main housing of the shaving apparatus, wherein: - said first housing is pivotally mounted to said central support member by means of a first primary pivot axis arranged between the first axis of rotation and the second axis of rotation; - said second housing is pivotally mounted to said central support member by means of a second primary pivot axis arranged between the second axis of rotation and the first axis of rotation; characterized in that, seen in a direction parallel to the first axis of rotation, the first primary pivot axis is arranged between the first shaving track and the second axis of rotation, and that, seen in a direction parallel to the second axis of rotation, the second primary pivot axis is arranged between the second shaving track and the first axis of rotation. - said first cutting unit comprises a first external cutting member having a plurality of hair entry openings which define a first shaving track, a first internal cutting member which is rotatable relative to the first external cutting member about a first axis of rotation, and a first housing accommodating a first hair collection chamber; - said second cutting unit comprises a second external cutting member having a plurality of hair entry openings which define a second shaving track, a second internal cutting member which is rotatable relative to the second external cutting member about a second axis of rotation, and a second housing accommodating a second hair collection chamber; - the shaving unit further comprising a central support member comprising a coupling member by means of which the shaving unit can be releasably coupled to a main housing of the shaving apparatus, wherein: - said first housing is pivotally mounted to said central support member by means of a first primary pivot axis arranged between the first axis of rotation and the second axis of rotation; - said second housing is pivotally mounted to said central support member by means of a second primary pivot axis arranged between the second axis of rotation and the first axis of rotation;
A resin composition containing, relative to 100 parts by mass of an ethylene-vinyl alcohol copolymer, 0.001 to 5 parts by mass of an antioxidant, and 0.00001 to 0.3 parts by mass of a conjugated polyene compound having a molecular weight of 1000 or less, wherein the conjugated polyene compound is at least one type selected from a group consisting of sorbic acid, sorbic acid salt, and myrcene, and wherein the antioxidant is a compound having a hindered amine group and/or a compound having a hindered phenol group.
A milling device for performing a milling operation comprising: a milling unit comprising a housing defining a milling chamber that can be filled with a material to be milled, a rotor assembly rotatably mounted in the housing, and a screen assembly for fractionating the material milled by the rotor assembly in movement and extending below the rotor assembly; and a drive unit adapted for controlling the movements of the rotor assembly relative to the screen assembly during the milling operation; characterized in that the drive unit further comprises a control module and a sensor delivering a sensor signal in accordance with the properties of the material being milled, and wherein said drive unit is further configured such that said controlling the movements of the rotor assembly relative to the screen assembly can be performed in accordance with the sensor signal used in the control module; such that said drive unit is configured to produce an oscillating movement of the rotor assembly, the oscillating movement having an oscillation angle that can be varied during the milling operation when controlling the movements of the rotor assembly relative to the screen assembly. a milling unit comprising a housing defining a milling chamber that can be filled with a material to be milled, a rotor assembly rotatably mounted in the housing, and a screen assembly for fractionating the material milled by the rotor assembly in movement and extending below the rotor assembly; and a drive unit adapted for controlling the movements of the rotor assembly relative to the screen assembly during the milling operation; characterized in that the drive unit further comprises a control module and a sensor delivering a sensor signal in accordance with the properties of the material being milled, and wherein said drive unit is further configured such that said controlling the movements of the rotor assembly relative to the screen assembly can be performed in accordance with the sensor signal used in the control module; such that said drive unit is configured to produce an oscillating movement of the rotor assembly, the oscillating movement having an oscillation angle that can be varied during the milling operation when controlling the movements of the rotor assembly relative to the screen assembly.
A sensor node, comprising: an acceleration sensor configured for measuring a vibration characteristic of a monitoring target; a memory configured for storing data measured by the acceleration sensor; a sensor node radio communicator configured for communicating with a command center; and a sensor node controller configured for controlling the acceleration sensor, the memory, and the sensor node radio communicator, wherein the sensor node controller is configured for sending a detection signal indicating a detection of an abnormal vibration via the sensor node radio communicator to the command center immediately after the acceleration sensor detects the abnormal vibration, after sending the detection signal, causing the acceleration sensor to newly measure the vibration characteristic of the monitoring target and for storing the measured acceleration data as stored data in the memory, and in response to a stored data transfer request from the command center, transferring the stored data via the sensor node radio communicator to the command center. an acceleration sensor configured for measuring a vibration characteristic of a monitoring target; a memory configured for storing data measured by the acceleration sensor; a sensor node radio communicator configured for communicating with a command center; and a sensor node controller configured for controlling the acceleration sensor, the memory, and the sensor node radio communicator, wherein the sensor node controller is configured for sending a detection signal indicating a detection of an abnormal vibration via the sensor node radio communicator to the command center immediately after the acceleration sensor detects the abnormal vibration, after sending the detection signal, causing the acceleration sensor to newly measure the vibration characteristic of the monitoring target and for storing the measured acceleration data as stored data in the memory, and in response to a stored data transfer request from the command center, transferring the stored data via the sensor node radio communicator to the command center. sending a detection signal indicating a detection of an abnormal vibration via the sensor node radio communicator to the command center immediately after the acceleration sensor detects the abnormal vibration, after sending the detection signal, causing the acceleration sensor to newly measure the vibration characteristic of the monitoring target and for storing the measured acceleration data as stored data in the memory, and in response to a stored data transfer request from the command center, transferring the stored data via the sensor node radio communicator to the command center.