mhurhangee/ep-ind-claims huggingface dataset:
A matting formulation for aqueous coating composition comprising high pore volume silica particles blended with an amount of low pore volume silica particles that is sufficient to provide, when the matting formulation is incorporated into an aqueous coating composition and dried onto a substrate to form a film, a film having increased chemical resistance at a 60° gloss value target, wherein the high pore volume silica particles have a median pore volume of greater than 0.80 cc/g as determined by Barrett-Joyner-Halenda method and the low pore volume silica particles have a median pore volume equal to or less than 0.80 cc/g as determined by the BJH method, and wherein the pore volume of the low pore volume silica particles differs from the pore volume of the high pore volume silica particles by at least 0.50 cc/g; and wherein said low pore volume silica particles are present in an amount of from about 1.0 weight percent (wt%) to about 99.0 wt%, and said high pore volume silica particles are present in an amount of from about 99.0 wt% to about 1.0 wt%, based on a total weight of said low pore volume silica particles and said high pore volume silica particles.
A shovel comprising: a traveling undercarriage configured to travel; an upper rotating structure swingably mounted on the traveling undercarriage; a cab mounted on the upper rotating structure; an attachment including a working part configured to perform work; and a display device provided in the cab, wherein the display device is configured to display an image including a work guidance display part, the work guidance display part showing an attitude of the working part and a target surface, and characterised in that the display device is configured to display a position indicator image in the work guidance display part such that the position indicator image is larger when the attachment is in operation than when the attachment is not in operation, the position indicator image showing a positional relationship between the working part and the target surface. a traveling undercarriage configured to travel; an upper rotating structure swingably mounted on the traveling undercarriage; a cab mounted on the upper rotating structure; an attachment including a working part configured to perform work; and a display device provided in the cab, wherein the display device is configured to display an image including a work guidance display part, the work guidance display part showing an attitude of the working part and a target surface, and characterised in that the display device is configured to display a position indicator image in the work guidance display part such that the position indicator image is larger when the attachment is in operation than when the attachment is not in operation, the position indicator image showing a positional relationship between the working part and the target surface.
A motor control device configured for controlling a motor, the motor control device comprising: a network communication unit, configured to be suitable for communicating with a master device, which is a higher-level device with respect to the motor control device, via a communication network; and a setting communication unit (140, 240), configured to be suitable for receiving communication system information from a setting device other than the master device by using a communication path different from the communication network, wherein the network communication unit comprises a reconfigurable device, and is configured to be suitable to be able to change a communication system by reconfiguring the reconfigurable device, and in a case where the setting communication unit (140, 240) receives the communication system information, the motor control device is configured to reconfigure the reconfigurable device in correspondence with the communication system information, characterized in that the motor control device is further configured to store a first type setting data and a second type setting data of the reconfigurable device in advance, in a case where the setting communication unit (140, 240) receives a setting command from the setting device as the communication system information, the setting communication unit (140, 240) is configured to read the first type setting data or the second type setting data according to the setting command and to reconfigure the reconfigurable device using the first type setting data or the second type setting data that is read out. a network communication unit, configured to be suitable for communicating with a master device, which is a higher-level device with respect to the motor control device, via a communication network; and a setting communication unit (140, 240), configured to be suitable for receiving communication system information from a setting device other than the master device by using a communication path different from the communication network, wherein the network communication unit comprises a reconfigurable device, and is configured to be suitable to be able to change a communication system by reconfiguring the reconfigurable device, and in a case where the setting communication unit (140, 240) receives the communication system information, the motor control device is configured to reconfigure the reconfigurable device in correspondence with the communication system information, characterized in that the motor control device is further configured to store a first type setting data and a second type setting data of the reconfigurable device in advance, in a case where the setting communication unit (140, 240) receives a setting command from the setting device as the communication system information, the setting communication unit (140, 240) is configured to read the first type setting data or the second type setting data according to the setting command and to reconfigure the reconfigurable device using the first type setting data or the second type setting data that is read out.
Piston engine provided with a torque measuring system, said piston engine comprising at least one row of pistons, said pistons being connected to a crankshaft, said piston engine comprising a torsion shaft, said torsion shaft extending longitudinally along an axis of rotation (AXROT) at least of a first section as far as a second section, a rotation of said crankshaft causing a rotation of said torsion shaft about said axis of rotation (AXROT), characterised in that said torque measuring system comprises: - a first encoder wheel disposed in the first section and integral in rotation with the torsion shaft, - a second encoder wheel disposed in the second section and integral in rotation with the torsion shaft, the first encoder wheel and the second encoder wheel being distant from one from each other longitudinally, - at least one pair of sensors (61,62), each pair of sensors (61,62) comprising a first sensor for rotary movement directed towards the first encoder wheel and a second sensor for rotary movement directed towards the second encoder wheel, - a computer in communication with each pair of sensors (61,62), the first sensor of a pair of sensors transmitting a first measurement signal to the computer and the second sensor of a pair transmitting a second measurement signal to the computer, the computer determining said torque as a function of a phase shift between the first signal and the second signal. - a first encoder wheel disposed in the first section and integral in rotation with the torsion shaft, - a second encoder wheel disposed in the second section and integral in rotation with the torsion shaft, the first encoder wheel and the second encoder wheel being distant from one from each other longitudinally, - at least one pair of sensors (61,62), each pair of sensors (61,62) comprising a first sensor for rotary movement directed towards the first encoder wheel and a second sensor for rotary movement directed towards the second encoder wheel, - a computer in communication with each pair of sensors (61,62), the first sensor of a pair of sensors transmitting a first measurement signal to the computer and the second sensor of a pair transmitting a second measurement signal to the computer, the computer determining said torque as a function of a phase shift between the first signal and the second signal.
Anti-friction bearing arrangement having at least one anti-friction bearing with an outer ring (7a, 7b, 9a, 9b) and an inner ring (5a, 5b) and rolling bodies which are arranged in between, and a radial shaft sealing ring (17a, 17b, 17c, 17d) with a supporting ring and a sealing lip, at least one end side (15a, 15b) of the outer ring (7a, 7b) having a receptacle for holding the supporting ring which extends as far as an outer circumferential face of the inner ring (5a, 5b), against which outer circumferential face the sealing lip which is connected to the supporting ring bears, in contact with the outer circumferential face of the inner ring (5a, 5b), axially on the inner side of the end side (15a, 15b) of the outer ring (7a, 7b), characterized in that the receptacle has an annular groove which is made in the end side (15a, 15b) of the outer ring (7a, 7b) and in which an outer edge section of the supporting ring and/or an elastomer layer section which is attached to the supporting ring engage/engages, and the supporting ring, projecting to the outside axially over the end side (15a, 15b) of the outer ring (7a, 7b), reaches as far as an outer circumferential face of the inner ring (5a, 5b).
An ultrasound imaging system (10a, 10b, 405) comprising: at least one ultrasound probe (12, 12a, 12b, 410a, 410b) configured to obtain at least two volume images, wherein the volume images comprises coordinate positions and each volume image is obtained from at least one different coordinate position; and at least one processor configured to: receive the volume images; align the volume images based on the coordinate positions of the volume images; create a combined volume image as the mean of the aligned volume images; estimate a difference between the aligned volume images, the difference being representative of a reverberation artifact; characterised in that the at least one processor is configured to: determine a clean volume image by removing the estimated difference from the combined volume image, thereby reducing the reverberation artifact. at least one ultrasound probe (12, 12a, 12b, 410a, 410b) configured to obtain at least two volume images, wherein the volume images comprises coordinate positions and each volume image is obtained from at least one different coordinate position; and at least one processor configured to: receive the volume images; align the volume images based on the coordinate positions of the volume images; create a combined volume image as the mean of the aligned volume images; estimate a difference between the aligned volume images, the difference being representative of a reverberation artifact; receive the volume images; align the volume images based on the coordinate positions of the volume images; create a combined volume image as the mean of the aligned volume images; estimate a difference between the aligned volume images, the difference being representative of a reverberation artifact;
An article of footwear configured for wearing on a foot of a wearer, the article of footwear comprising: an upper having a first area and a second area; a sole structure that is coupled to the upper, the sole structure including a bladder that contains a fluid; and a tensile structure that is coupled to the first area of the upper, extends through the sole structure, and that is coupled to the second area of the upper, the tensile structure disposed within a tunnel (76, 78, 80) defined by a tunnel member (70, 72, 74) coupled to an outer surface of the bladder, the tensile structure operable to flex the bladder due to an increase in tension in the tensile structure. an upper having a first area and a second area; a sole structure that is coupled to the upper, the sole structure including a bladder that contains a fluid; and a tensile structure that is coupled to the first area of the upper, extends through the sole structure, and that is coupled to the second area of the upper, the tensile structure disposed within a tunnel (76, 78, 80) defined by a tunnel member (70, 72, 74) coupled to an outer surface of the bladder, the tensile structure operable to flex the bladder due to an increase in tension in the tensile structure.
Apparatus for preparing a beverage using a portion capsule, wherein the apparatus has a brewing apparatus which can be filled with a portion capsule, a capsule collection container which is arranged at least partially beneath the brewing apparatus and is coupled in a detachable manner to a housing of the brewing apparatus by means of a first coupling device, and a drip tray which is coupled in a detachable manner to the capsule collection container by means of a second coupling device, characterized in that the first and the second coupling device (4, 5) are designed in such a way that only the second coupling device becomes detached when force is applied to the drip tray along a horizontal direction which is directed away from the housing, while only the first coupling device becomes detached when the drip tray is lifted along a vertical direction which is directed in the direction of the brewing apparatus.
An electrolyte comprising calcium ions and an electrolyte medium, wherein the electrolyte is not solid and has a viscosity of lower than 10cP at a temperature of 20°C and a pressure of 1 atm, wherein the electrolyte medium includes at least two distinct non-aqueous solvents independently selected from the group consisting of cyclic carbonates, linear carbonates, cyclic esters, cyclic ethers, linear ethers and mixtures thereof, characterized in that one of the solvent is ethylene carbonate and the calcium ions are in the form of a calcium salt consisting of Ca(BF 4) 2 and mixtures thereof.
A drive mechanism for a drug delivery device which can be switched between a normal operation state and a reset state, the drive mechanism comprising: - a housing (17, 13) having a proximal end and a distal end, - a rotation member which is adapted to rotate in a first direction and in a second direction with respect to the housing (17, 13), - a drive member, wherein in the normal operation state the rotation member is coupled with the drive member so that the drive member follows rotational movement of the rotation member in the second direction, - a piston rod, wherein in the normal operation state the piston rod is displaced in a distal direction with respect to the housing (17, 13) when the drive member rotates in the second direction with respect to the housing (17, 13), - a stop member, wherein in the normal operation state the stop member is coupled with the drive member so that the stop member prevents rotational movement of the drive member with respect to the housing (17, 13) in the first direction, and - a separation member for switching the operation state, characterized in that the separation member is adapted to move the stop member and the drive member in the distal direction with respect to the housing (17, 13) when the normal operation state is switched to the reset state, thereby decoupling the stop member and the drive member and decoupling the drive member and the rotation member, which enables rotating the drive member and the piston rod in the first direction, thereby moving the piston rod in the proximal direction to an initial start position. - a housing (17, 13) having a proximal end and a distal end, - a rotation member which is adapted to rotate in a first direction and in a second direction with respect to the housing (17, 13), - a drive member, wherein in the normal operation state the rotation member is coupled with the drive member so that the drive member follows rotational movement of the rotation member in the second direction, - a piston rod, wherein in the normal operation state the piston rod is displaced in a distal direction with respect to the housing (17, 13) when the drive member rotates in the second direction with respect to the housing (17, 13), - a stop member, wherein in the normal operation state the stop member is coupled with the drive member so that the stop member prevents rotational movement of the drive member with respect to the housing (17, 13) in the first direction, and - a separation member for switching the operation state, characterized in that the separation member is adapted to move the stop member and the drive member in the distal direction with respect to the housing (17, 13) when the normal operation state is switched to the reset state, thereby decoupling the stop member and the drive member and decoupling the drive member and the rotation member, which enables rotating the drive member and the piston rod in the first direction, thereby moving the piston rod in the proximal direction to an initial start position.
A connector for a medical instrument, in particular a bipolar electrode or forceps, the connector comprises at least one alignment element for receiving an end portion of at least one of the arms of the instrument, thereby to align the arm or arms relative to the alignment element; wherein the connector further comprises: - a housing element for receiving and holding the alignment element, wherein the alignment element is insertable into the housing element, wherein the housing element comprises an opening through which the alignment element is insertable into the housing element, and a side of the housing element opposing the opening is closed and comprises at least one through hole for one or more electric lines for connecting an external power supply to the arm or arms of the medical instrument, wherein the electric lines comprise one or more electric cables and/or one or more pins to form a plug for connecting with an external electrical power supply, - wherein the alignment element and the end portion/s of the arm or arms are fixed in an end position in which the alignment element is fully inserted into the housing element. - a housing element for receiving and holding the alignment element, wherein the alignment element is insertable into the housing element, wherein the housing element comprises an opening through which the alignment element is insertable into the housing element, and a side of the housing element opposing the opening is closed and comprises at least one through hole for one or more electric lines for connecting an external power supply to the arm or arms of the medical instrument, wherein the electric lines comprise one or more electric cables and/or one or more pins to form a plug for connecting with an external electrical power supply, - wherein the alignment element and the end portion/s of the arm or arms are fixed in an end position in which the alignment element is fully inserted into the housing element.
A method comprising: mixing seawater with a two-part additive system configured to precipitate sulfate from the seawater, wherein the first additive comprises aminoguanidine hydrochloride and the second additive comprises glyoxal, and the two-part additive system further comprises a chelating agent that binds to calcium and magnesium, wherein the chelating agent is ethylenediaminetetraacetic acid (EDTA) or citric acid; removing the sulfate precipitates from the seawater; and delivering the seawater into an oilfield reservoir. mixing seawater with a two-part additive system configured to precipitate sulfate from the seawater, wherein the first additive comprises aminoguanidine hydrochloride and the second additive comprises glyoxal, and the two-part additive system further comprises a chelating agent that binds to calcium and magnesium, wherein the chelating agent is ethylenediaminetetraacetic acid (EDTA) or citric acid; removing the sulfate precipitates from the seawater; and delivering the seawater into an oilfield reservoir.
Handheld device for optoacoustic imaging of an object comprising - an irradiation unit (2b, 16) for irradiating the object with electromagnetic radiation (5, 20), in particular light, - a detector unit (1a, 14) for detecting acoustic, in particular ultrasonic, waves generated in the object upon irradiation with electromagnetic radiation (5, 20), wherein the detector unit (1a, 14) comprises a curved array of detector elements, and - a recess (6, 12) in which the irradiation unit (2b, 16) and the curved array of detector elements are provided, wherein the detector elements are arranged in the recess (6, 12) such that the surface normals of at least a part of the detector elements are directed to a region of interest on or within the object, wherein the recess (6, 12) is constituted by at least one curved surface and sealed with a cover element (4, 18) such that the recess (6, 12) together with the cover element (4, 18) constitute a closed cavity, wherein said closed cavity accommodates a coupling medium, characterized in that the curved surface of the recess is provided with a further recess in which the curved array of detector elements is integrated such that the surface of the detector elements of the curved array aligns with the curved surface of the recess and the curved array of detector elements forms a part of the curved surface of the recess. - an irradiation unit (2b, 16) for irradiating the object with electromagnetic radiation (5, 20), in particular light, - a detector unit (1a, 14) for detecting acoustic, in particular ultrasonic, waves generated in the object upon irradiation with electromagnetic radiation (5, 20), wherein the detector unit (1a, 14) comprises a curved array of detector elements, and - a recess (6, 12) in which the irradiation unit (2b, 16) and the curved array of detector elements are provided, wherein the detector elements are arranged in the recess (6, 12) such that the surface normals of at least a part of the detector elements are directed to a region of interest on or within the object,
An attachment arrangement for attaching an external component to a chassis of a vehicle comprising two elongated mounting devices (110, 110'), each comprising: a first fastening element arranged to provide a rigid connection with a corresponding connection means in said chassis; a second fastening element for interconnecting with said external component; a support element which is arranged between said first fastening element and said second fastening element, wherein said support element is arranged to bear against said chassis when said first fastening element is connected to said chassis; wherein said second fastening element comprises a connector element for connecting said external component, which is detachably arranged on said mounting device (110, 110'), characterized in that said attachment device further comprises a horizontally arranged elongated crossbar which is arranged to interconnect said two mounting devices, wherein said crossbar is coupled to said mounting devices by means of said connector element (131, 131'). a first fastening element arranged to provide a rigid connection with a corresponding connection means in said chassis; a second fastening element for interconnecting with said external component; a support element which is arranged between said first fastening element and said second fastening element, wherein said support element is arranged to bear against said chassis when said first fastening element is connected to said chassis; wherein said second fastening element comprises a connector element for connecting said external component, which is detachably arranged on said mounting device (110, 110'), characterized in that said attachment device further comprises