mhurhangee/ep-ind-claims huggingface dataset:
A passenger restraint system for roller coasters designed to maintain a passenger in an essentially seated or lying posture, with suspended feet, the passenger restraint system comprising a fixed column and a seat column designed to support and hold the passenger, which seat column is coupled to the fixed column so as to be displaceable with respect to the fixed column during a roller coaster ride, the passenger restraint system further comprising a balancing device ensuring a balancing of the seat column, which balancing device is fixed, at a first end, to the fixed column and, at a second end, to the seat column. the passenger restraint system comprising a fixed column and a seat column designed to support and hold the passenger, which seat column is coupled to the fixed column so as to be displaceable with respect to the fixed column during a roller coaster ride, the passenger restraint system further comprising a balancing device ensuring a balancing of the seat column, which balancing device is fixed, at a first end, to the fixed column and, at a second end, to the seat column.
A solar control film positioned relative to the sun, said solar control film comprising - at least one infrared reflecting layer comprising at least one metal; - at least one infrared absorbing layer comprising nanoparticles, whereby said infrared absorbing layer is located further from the sun than said infrared reflecting layer; said nanoparticles being selected from the group consisting of hexaboride nanoparticles, tungsten oxide nanoparticles, composite tungsten oxide particles and combinations thereof; said nanoparticles are chosen to have an internal transmission of the infrared absorbing layer in the near infrared range (ranging from 780 nm to 2500 nm) lower than 30 %, with an internal transmission in the range of 800 nm to 1000 nm being for all wavelengths of said range below 50 % and to have an internal transmission of the infrared absorbing layer in the visible range (ranging from 380 to 780 nm) is higher than 70 %. - at least one infrared reflecting layer comprising at least one metal; - at least one infrared absorbing layer comprising nanoparticles, whereby said infrared absorbing layer is located further from the sun than said infrared reflecting layer; said nanoparticles being selected from the group consisting of hexaboride nanoparticles, tungsten oxide nanoparticles, composite tungsten oxide particles and combinations thereof; said nanoparticles are chosen to have an internal transmission of the infrared absorbing layer in the near infrared range (ranging from 780 nm to 2500 nm) lower than 30 %, with an internal transmission in the range of 800 nm to 1000 nm being for all wavelengths of said range below 50 % and to have an internal transmission of the infrared absorbing layer in the visible range (ranging from 380 to 780 nm) is higher than 70 %.
A method for producing a biomass-resource-derived polyurethane, which comprises: reacting a dicarboxylic acid and an aliphatic diol to produce a polyester polyol; and reacting the polyester polyol and a polyisocyanate compound, wherein the dicarboxylic acid contains at least one component derived from biomass resources, a content of an organic acid in the dicarboxylic acid is more than 0 ppm and not more than 1,000 ppm relative to the dicarboxylic acid, and a pKa value of the organic acid at 25°C is not more than 3.7, and wherein the hydroxyl number-calculated molecular weight of the polyester polyol is 500 or more and not more than 4,000, the hydroxyl number-calculated molecular weight being calculated in the following manner while considering the polyol as a diol: Hydroxyl number-calculated molecular weight = Molecular weight of KOH g / mole / Hydroxyl number mg-KOH / g × 1,000 × 2. reacting a dicarboxylic acid and an aliphatic diol to produce a polyester polyol; and reacting the polyester polyol and a polyisocyanate compound, wherein the dicarboxylic acid contains at least one component derived from biomass resources, a content of an organic acid in the dicarboxylic acid is more than 0 ppm and not more than 1,000 ppm relative to the dicarboxylic acid, and a pKa value of the organic acid at 25°C is not more than 3.7, and wherein the hydroxyl number-calculated molecular weight of the polyester polyol is 500 or more and not more than 4,000, the hydroxyl number-calculated molecular weight being calculated in the following manner while considering the polyol as a diol: Hydroxyl number-calculated molecular weight = Molecular weight of KOH g / mole / Hydroxyl number mg-KOH / g × 1,000 × 2.
A medical device for delivering a multi-site pacing therapy, comprising: a plurality of electrodes to sense cardiac signals and deliver cardiac pacing pulses to a first and second pacing site along a heart chamber; a therapy delivery module to deliver cardiac pacing pulses to a patient's heart via the plurality of electrodes; a sensing module to measure an activation time at a plurality of second sites along the heart chamber in response to delivering pacing pulses at the first pacing site; and a controller configured to identify a second pacing site from the plurality of second electrode sites in response to the activation times measured during pacing at the first pacing site, characterized in that the second pacing site is identified as one of a plurality of pacing electrode sites having a late activation time during pacing at the first site; and means for determining whether capture occurs at one of the first pacing site and the identified second pacing site during pacing of the other of the first pacing site and the second pacing site; and wherein the controller is further configured to determine a recommended pacing vector configuration for delivering the multi-site pacing therapy comprising the first pacing site and the second pacing site, depending on the determination of capture occurring. a plurality of electrodes to sense cardiac signals and deliver cardiac pacing pulses to a first and second pacing site along a heart chamber; a therapy delivery module to deliver cardiac pacing pulses to a patient's heart via the plurality of electrodes; a sensing module to measure an activation time at a plurality of second sites along the heart chamber in response to delivering pacing pulses at the first pacing site; and a controller configured to identify a second pacing site from the plurality of second electrode sites in response to the activation times measured during pacing at the first pacing site, characterized in that the second pacing site is identified as one of a plurality of pacing electrode sites having a late activation time during pacing at the first site; and means for determining whether capture occurs at one of the first pacing site and the identified second pacing site during pacing of the other of the first pacing site and the second pacing site; and wherein the controller is further configured to determine a recommended pacing vector configuration for delivering the multi-site pacing therapy comprising the first pacing site and the second pacing site, depending on the determination of capture occurring.
A bipolar plate (2, 2A, 2B) to be arranged opposite to an electrode that is supplied with an electrolyte solution to cause a battery reaction, the bipolar plate (2, 2A, 2B) comprising: a plurality of groove portions in which the electrolyte solution flows and rib portions that each separate the adjacent groove portions on at least one of its front and back surfaces, wherein a specific rib portion including a contact surface to be brought into contact with the electrode and recessed portions that are open in the contact surface is included among the rib portions, characterised in that the specific rib portion is the rib portion provided in a direction in which the electrolyte solution flows, and includes the recessed portions that are spaced apart from one another and provided at regular intervals in the direction in which the electrolyte solution flows, and in that a maximum depth (d 23) of each of the recessed portions is 5% or more and 90% or less of a maximum depth (d 21, d 22) of the groove portions. a plurality of groove portions in which the electrolyte solution flows and rib portions that each separate the adjacent groove portions on at least one of its front and back surfaces, wherein a specific rib portion including a contact surface to be brought into contact with the electrode and recessed portions that are open in the contact surface is included among the rib portions, characterised in that the specific rib portion is the rib portion provided in a direction in which the electrolyte solution flows, and includes the recessed portions that are spaced apart from one another and provided at regular intervals in the direction in which the electrolyte solution flows, and in that a maximum depth (d 23) of each of the recessed portions is 5% or more and 90% or less of a maximum depth (d 21, d 22) of the groove portions.
An apparatus for fatigue testing a wind turbine blade specimen comprising: a first support assembly comprising a first holder for constraining a first end of the specimen; a second support assembly comprising a second holder for constraining a second end of the specimen such that a longitudinal direction of the specimen extends between and is supported by the first and second holders; and an actuator adapted to cyclically deflect the specimen in a first transverse direction at a loading position between the first and second holders; wherein the first and second support assemblies (120,130) constrain the specimen from movement in the first transverse direction and are arranged such that the first and second holders are rotatable about axes extending in a second transverse direction perpendicular to the first transverse direction and to the longitudinal direction of the specimen, and wherein the first support assembly is further arranged such that the first holder is further moveable in the longitudinal direction relative to the second holder when the specimen is deflected by the actuator in the first transverse direction. a first support assembly comprising a first holder for constraining a first end of the specimen; a second support assembly comprising a second holder for constraining a second end of the specimen such that a longitudinal direction of the specimen extends between and is supported by the first and second holders; and an actuator adapted to cyclically deflect the specimen in a first transverse direction at a loading position between the first and second holders; wherein the first and second support assemblies (120,130) constrain the specimen from movement in the first transverse direction and are arranged such that the first and second holders are rotatable about axes extending in a second transverse direction perpendicular to the first transverse direction and to the longitudinal direction of the specimen, and wherein the first support assembly is further arranged such that the first holder is further moveable in the longitudinal direction relative to the second holder when the specimen is deflected by the actuator in the first transverse direction.
A seat having a base support extending under a base of the seat and a squab support extending behind a squab of the seat, the squab support being integral with the base support, the seat presenting a base seating surface upward of the base support and a squab seating surface forward of the squab support, and the seat comprising: a first inflatable bladder located in a thoracic region of the seat; and a second inflatable bladder located in a lumbar region of the seat and having a fixed position relative to the squab support; wherein the first bladder and second bladder are both disposed between the squab support and the squab seating surface for permitting adjustment of the inclination of the squab seating surface relative to the base seating surface. a first inflatable bladder located in a thoracic region of the seat; and a second inflatable bladder located in a lumbar region of the seat and having a fixed position relative to the squab support; wherein the first bladder and second bladder are both disposed between the squab support and the squab seating surface for permitting adjustment of the inclination of the squab seating surface relative to the base seating surface.
Apparatus, comprising: - an in-ground fitting on which an operating point is formed, and - a device for operating the fitting which is constructed with a movable rotary device, wherein the rotary device has a driveshaft and a coupling connected thereto, wherein - the coupling of the movable rotary device is connectable in torque proof manner to a rod arrangement that is surrounded by a protective tube and couples with the fitting via the operating point, - a torsion proof mounting is formed and creates a detachably fixed assembly of the rotary device above the operating point, - the mounting consists of a transportable mounting part arranged on the movable rotary device and a fixed position mounting part attached to the operating point, which can be separated from the transportable mounting part, and - the fixed position mounting part is arranged and anchored non-rotatably inside a surface box in the surrounding ground, so that when the fitting is operated semiautomatically a reaction torque that occurs is absorbed by the mounting and output directly or indirectly to the surrounding ground, characterised in that the reaction torque that occurs is provided to the surrounding ground without exerting any load on the surface box. - an in-ground fitting on which an operating point is formed, and - a device for operating the fitting which is constructed with a movable rotary device, wherein the rotary device has a driveshaft and a coupling connected thereto, - the coupling of the movable rotary device is connectable in torque proof manner to a rod arrangement that is surrounded by a protective tube and couples with the fitting via the operating point, - a torsion proof mounting is formed and creates a detachably fixed assembly of the rotary device above the operating point, - the mounting consists of a transportable mounting part arranged on the movable rotary device and a fixed position mounting part attached to the operating point, which can be separated from the transportable mounting part, - the fixed position mounting part is arranged and anchored non-rotatably inside a surface box in the surrounding ground, so that when the fitting is operated semiautomatically a reaction torque that occurs is absorbed by the mounting and output directly or indirectly to the surrounding ground,
A communications system, comprising: a network interface to a network; and a processor comprising machine-readable instructions that when read by the processor cause the processor to perform: monitoring a communication between a first user device, utilized by a first user, and a second user device, utilized by a second user, utilizing the network; accessing indicia of emotionally charged content in records maintained in a data storage to determine if the monitored communication comprises emotionally charged content from the first user device; upon determining the communication comprises emotionally charged content from the first user device, modifying the communication to comprise the communication omitting the emotionally charged content and comprising an attenuated emotionally charged content and wherein the processor determines the communication comprises emotionally charged content derived from a set of attributes of the second user; and causing the modified communication to be presented to the second user device. a network interface to a network; and a processor comprising machine-readable instructions that when read by the processor cause the processor to perform: monitoring a communication between a first user device, utilized by a first user, and a second user device, utilized by a second user, utilizing the network; accessing indicia of emotionally charged content in records maintained in a data storage to determine if the monitored communication comprises emotionally charged content from the first user device; upon determining the communication comprises emotionally charged content from the first user device, modifying the communication to comprise the communication omitting the emotionally charged content and comprising an attenuated emotionally charged content and wherein the processor determines the communication comprises emotionally charged content derived from a set of attributes of the second user; and causing the modified communication to be presented to the second user device. monitoring a communication between a first user device, utilized by a first user, and a second user device, utilized by a second user, utilizing the network; accessing indicia of emotionally charged content in records maintained in a data storage to determine if the monitored communication comprises emotionally charged content from the first user device; upon determining the communication comprises emotionally charged content from the first user device, modifying the communication to comprise the communication omitting the emotionally charged content and comprising an attenuated emotionally charged content and wherein the processor determines the communication comprises emotionally charged content derived from a set of attributes of the second user; and causing the modified communication to be presented to the second user device.
A system for mounting an optical component to a mounting base, the system comprising: the optical component; the mounting base; a heater thermally coupled to the optical component; a first retention mechanism configured to hold the optical component and the mounting base together; and a second retention mechanism (108, 110) configured to hold the optical component and the mounting base together, wherein the second retention mechanism comprises: a projection in a first one of the optical component or mounting base; and a recess in a second one of the optical component and the mounting base, wherein the projection is configured to engage the recess, wherein the first retention mechanism comprises an adhesive material in a joint extending around a perimeter between the optical component and the mounting base, and wherein the adhesive material forms a first band and a second band with a void at least partially extending around the perimeter between the first band and the second band, and wherein the perimeter comprises a substantially circular edge region of the optical component, wherein the void comprises a space between the first band and the second band where there is no adhesive material, the first band of adhesive material extends from a first end of the joint, through a portion of the joint where the projection engages the recess, and to a first end of the void, and the second band of adhesive material extends from a second end of the void to a second end of the joint. the optical component; the mounting base; a heater thermally coupled to the optical component; a first retention mechanism configured to hold the optical component and the mounting base together; and a second retention mechanism (108, 110) configured to hold the optical component and the mounting base together, wherein the second retention mechanism comprises: a projection in a first one of the optical component or mounting base; and a recess in a second one of the optical component and the mounting base, a projection in a first one of the optical component or mounting base; and a recess in a second one of the optical component and the mounting base, wherein the projection is configured to engage the recess, wherein the first retention mechanism comprises an adhesive material in a joint extending around a perimeter between the optical component and the mounting base, and wherein the adhesive material forms a first band and a second band with a void at least partially extending around the perimeter between the first band and the second band, and wherein the perimeter comprises a substantially circular edge region of the optical component, wherein the void comprises a space between the first band and the second band where there is no adhesive material, the first band of adhesive material extends from a first end of the joint, through a portion of the joint where the projection engages the recess, and to a first end of the void, and the second band of adhesive material extends from a second end of the void to a second end of the joint.
A panel of the type comprising at least a substrate and a top layer provided on this substrate, wherein said top layer comprises a motif- or décor-forming print and a transparent or translucent synthetic material layer, which is provided above the aforementioned motif, said print relates to a digital print formed directly on the substrate and at said top layer comprises a synthetic resin, characterized in that said synthetic resin is chosen from the series of urea formaldehyde, melamine, melamine formaldehyde, methane diphenyl diisocyanate, phenol formaldehyde, resorcinol formaldehyde and resorcine phenol formaldehyde and in that said print is performed by means of inks which comprise synthetic resin wherein melamine-free or approximately melamine-free inks are applied, in that the top layer comprises at least a material layer which is composed of a mixture which comprises at least a synthetic resin and a lacquer.
Device installation socket for device installation channels, which comprises a housing with a bottom part, walls (6, 6', 6", 6"') arranged on one side of the bottom part, an open upper side, and holding devices (21, 21') arranged on the other side of the bottom part for fastening the device installation socket to the device installation channel, wherein cable entries (12, 12', 12", 12"') are arranged in the walls (6, 6', 6", 6'") at a depth in the respective walls (6, 6', 6", 6"'), wherein at least one of the cable entries (12, 12', 12", 12"') is designed to be open towards the open upper side of the housing, and the clear opening width exceeds the thickness of the walls (6, 6', 6", 6"'), and, on its side opposite the open upper side of the device installation socket, has at least one cable-holding element, wherein the at least one cable entry (12, 12', 12", 12"') has retaining elements (16, 16') on both sides, wherein the retaining elements (16, 16') are of serrated design, and the walls (6, 6' 6", 6'") have one or more recesses (15, 15') in the region of the retaining elements (16, 16') and/or of the cable-holding elements, characterized in that the at least one of the cable entries (12, 12', 12", 12"') has a clear opening width which is constant over at least 50% of the depth of the relevant cable entry (12, 12', 12", 12"') in the respective wall (6, 6', 6", 6"').
A nano particle/polyamide composite material, characterized in that: the composite material comprises 0.5-60 parts by weight of inorganic nano particles and 40-99.5 parts by weight of a polyamide matrix; the polyamide is a polymer or a homopolymer formed by polymerization of lactam as monomer, and is selected from nylon 4, nylon 6, nylon 12, nylon 4/6, nylon 6/10, nylon 6/12 or nylon 4/6/12; the inorganic nano particle is selected from sulfide or inorganic salt; wherein, the sulfide is selected from water-insoluble or slightly-water-soluble inorganic compounds formed by combination of metal or metalloid elements and sulfur, selenium, tellurium, arsenic or antimony, and is selected from one or more than one of CuS, ZnS, CdS, CdSe, CdTe, WSe 2, CuTe, CoAs 2 or GaAs; the inorganic salt is a water-insoluble or slightly-water-soluble inorganic compound formed by metal element cation and carbonate radical, sulfate radical, silicate radical or halogen anion, and is selected from one or more than one of CaCO 3, MgCO 3, BaSO 4, CaSiO 3, AgCl, AgBr or CaF 2; the lactam is selected from caprolactam, α-pyrrolidone, capric lactam or laurolactam.