mhurhangee/ep-ind-claims huggingface dataset:
A clutch device provided in a torque transmission path for transmitting a torque generated by a drive source to a drive wheel and configured to switch the transmission and cut-off of the torque, the clutch device consisting of a clutch and a driving unit for operating the clutch, wherein the clutch comprises: a driving section configured to rotate by receiving the torque; a driven section configured to rotate integrally with an output shaft; a driving-side frictional member held in the driving section; a driven-side frictional member held in the driven section; a pressure section configured to press the driving-side frictional member and the driven-side frictional member into contact with each other, and a forward driving direction torque limiter configured to limit an excess of a transmission torque to be transmitted in a direction to accelerate the output shaft beyond an upper limit value by moving the driving-side frictional member and the driven-side frictional member in directions away from each other in response to an increase of the transmission torque, wherein the driving unit is configured to move the pressure section in the axial direction and includes a link mechanism for transmitting an operation of a clutch lever to the pressure section, characterized in that the forward driving direction torque limiter is a cam mechanism provided between the pressure section and the driven section. a driving section configured to rotate by receiving the torque; a driven section configured to rotate integrally with an output shaft; a driving-side frictional member held in the driving section; a driven-side frictional member held in the driven section; a pressure section configured to press the driving-side frictional member and the driven-side frictional member into contact with each other, and a forward driving direction torque limiter configured to limit an excess of a transmission torque to be transmitted in a direction to accelerate the output shaft beyond an upper limit value by moving the driving-side frictional member and the driven-side frictional member in directions away from each other in response to an increase of the transmission torque, wherein the driving unit is configured to move the pressure section in the axial direction and includes a link mechanism for transmitting an operation of a clutch lever to the pressure section, characterized in that the forward driving direction torque limiter is a cam mechanism provided between the pressure section and the driven section.
A flame retardant composition comprising: polybutylene terephthalate, and a flame retardant compound represented by Formula: wherein R 1 to R 3 each independently represent an alkyl group, wherein the content of the flame retardant compound is 12% by weight or more and 15% by weight or less based on the total weight of the flame retardant compound and the polybutylene terephthalate. polybutylene terephthalate, and a flame retardant compound represented by Formula: wherein R 1 to R 3 each independently represent an alkyl group, wherein the content of the flame retardant compound is 12% by weight or more and 15% by weight or less based on the total weight of the flame retardant compound and the polybutylene terephthalate.
Method of securing a protected area dedicated to the operation of an industrial machine, the area being equipped with a fence with an entrance, a movable barrier at the entrance to prevent or allow transit through the entrance, a sensor for detecting univocal biometric data and connected to an electronic processor with the steps of - detecting by the sensor a univocal biometric data of a person, - following the detection, controlling by the electronic processor the opening of the movable barrier to allow transit through the entrance, - inhibiting by the electronic processor the closing of the movable barrier until the univocal biometric data of the same person is detected again by the sensor. a fence with an entrance, a movable barrier at the entrance to prevent or allow transit through the entrance, a sensor for detecting univocal biometric data and connected to an electronic processor with the steps of - detecting by the sensor a univocal biometric data of a person, - following the detection, controlling by the electronic processor the opening of the movable barrier to allow transit through the entrance, - inhibiting by the electronic processor the closing of the movable barrier until the univocal biometric data of the same person is detected again by the sensor. - detecting by the sensor a univocal biometric data of a person, - following the detection, controlling by the electronic processor the opening of the movable barrier to allow transit through the entrance, - inhibiting by the electronic processor the closing of the movable barrier until the univocal biometric data of the same person is detected again by the sensor.
A lighting device including: a lens (200, 300) comprising an annular collimating structure having a central axis of symmetry, said structure comprising a light exit surface and an intermediate region in between an inner region proximal to said axis and an outer region distal to said axis, wherein one of the inner region and outer region consists of a single prism extending from the light exit surface by a first height and the other of the inner region and outer region comprises a plurality of prisms extending from the light exit surface by a maximum second height, wherein the first height is at least the maximum second height and the intermediate region has an intermediate region surface separated from the light exit surface by a maximum further height that is smaller than the first height; and a plurality of solid state lighting elements arranged in a circular pattern on a carrier surface such that the solid state lighting elements are aligned with and facing the intermediate region surface; and wherein the annular collimating structure is made of a material having a refractive index such that the intermediate region is a refractive region and the single prism and the plurality of prisms each reflect light emitted by the solid state lighting elements towards the light exit surface. a lens (200, 300) comprising an annular collimating structure having a central axis of symmetry, said structure comprising a light exit surface and an intermediate region in between an inner region proximal to said axis and an outer region distal to said axis, wherein one of the inner region and outer region consists of a single prism extending from the light exit surface by a first height and the other of the inner region and outer region comprises a plurality of prisms extending from the light exit surface by a maximum second height, wherein the first height is at least the maximum second height and the intermediate region has an intermediate region surface separated from the light exit surface by a maximum further height that is smaller than the first height; and a plurality of solid state lighting elements arranged in a circular pattern on a carrier surface such that the solid state lighting elements are aligned with and facing the intermediate region surface; and wherein the annular collimating structure is made of a material having a refractive index such that the intermediate region is a refractive region and the single prism and the plurality of prisms each reflect light emitted by the solid state lighting elements towards the light exit surface.
A method for detecting or predicting toxicity induced by radiation therapy, said method comprising: receiving a urine sample from a human subject; and, detecting or predicting at least one of urinary toxicity and bowel toxicity induced by radiation therapy of prostate cancer using one or more biomarkers within the urine sample, wherein each biomarker corresponds to a polypeptide, wherein the detecting or predicting includes: performing a mass spectrometry analysis of the urine sample; analyzing the urine sample for one or more biomarkers, each including a different mass from the group consisting of 4478 ± 9 Da, 6716 ± 13 Da, 8293 ± 17 Da, 8840 ± 18 Da and 10571 ± 21 Da for detecting or predicting the urinary toxicity, wherein for detecting or predicting the bowel toxicity the urine sample is analyzed for a biomarker with a mass of 6732 ± 12 Da and optionally a biomarker with a mass of 2863 ± 6 Da. receiving a urine sample from a human subject; and, detecting or predicting at least one of urinary toxicity and bowel toxicity induced by radiation therapy of prostate cancer using one or more biomarkers within the urine sample, wherein each biomarker corresponds to a polypeptide, wherein the detecting or predicting includes: performing a mass spectrometry analysis of the urine sample; analyzing the urine sample for one or more biomarkers, each including a different mass from the group consisting of 4478 ± 9 Da, 6716 ± 13 Da, 8293 ± 17 Da, 8840 ± 18 Da and 10571 ± 21 Da for detecting or predicting the urinary toxicity, wherein for detecting or predicting the bowel toxicity the urine sample is analyzed for a biomarker with a mass of 6732 ± 12 Da and optionally a biomarker with a mass of 2863 ± 6 Da. performing a mass spectrometry analysis of the urine sample; analyzing the urine sample for one or more biomarkers, each including a different mass from the group consisting of 4478 ± 9 Da, 6716 ± 13 Da, 8293 ± 17 Da, 8840 ± 18 Da and 10571 ± 21 Da for detecting or predicting the urinary toxicity, wherein for detecting or predicting the bowel toxicity the urine sample is analyzed for a biomarker with a mass of 6732 ± 12 Da and optionally a biomarker with a mass of 2863 ± 6 Da.
An anionically charged surface treatment composition for paper, board or other fibrous webs, which composition comprises particles which comprise an active material comprising a salt of a multivalent metal and a supporting material, wherein the supporting material is adapted to release the active material from the particles when subjected to heat and/or a change in pH or when subjected to heat and pressure and wherein the supporting material is selected from the group consisting of waxes, such as polyethylene waxes, polypropylene waxes, triglycerides, metal soaps, and co-polymers of e.g. styrene/acrylate or styrene/butadiene or a combination of any of these.
Arrangement of an oil separator and an air dryer, the oil separator comprises: a housing including an inlet for air and an outlet for air; an accommodation member, which is located in the housing and accommodates an impingement member; and a collected liquid storage portion located below the accommodation member, wherein the inlet and the outlet are located in an upper section of the housing; the oil separator introduces air containing oil from the air dryer into the housing through the inlet and causes the air to strike the impingement member to separate oil from the introduced air, thereby recovering the oil, and the oil separator further includes a connecting hose having an oil separator connection end for being connected to the inlet and an air dryer connection end for being connected to a purge air outlet, which discharges purge air from the air dryer, and the connecting hose is configured such that when the connecting hose connects the inlet to the purge air outlet, the oil separator connection end is located at a position higher than the air dryer connection end in the vertical direction. a housing including an inlet for air and an outlet for air; an accommodation member, which is located in the housing and accommodates an impingement member; and a collected liquid storage portion located below the accommodation member, wherein the inlet and the outlet are located in an upper section of the housing; the oil separator introduces air containing oil from the air dryer into the housing through the inlet and causes the air to strike the impingement member to separate oil from the introduced air, thereby recovering the oil, and the oil separator further includes a connecting hose having an oil separator connection end for being connected to the inlet and an air dryer connection end for being connected to a purge air outlet, which discharges purge air from the air dryer, and the connecting hose is configured such that when the connecting hose connects the inlet to the purge air outlet, the oil separator connection end is located at a position higher than the air dryer connection end in the vertical direction.
A method for wireless communication, comprising: determining that a wireless device supports an automatic wireless docking session using a fine timing measurement procedure; performing based on a positive determination, the fine timing measurement procedure with the wireless device to determine a propagation time for signals exchanged with the wireless device, the propagation time based at least in part on timing information exchanged during the fine timing measurement procedure; determining a proximity to the wireless device based on the propagation time; and performing the automatic wireless docking session with the wireless device based at least in part on the proximity determined using the fine timing measurement procedure. determining that a wireless device supports an automatic wireless docking session using a fine timing measurement procedure; performing based on a positive determination, the fine timing measurement procedure with the wireless device to determine a propagation time for signals exchanged with the wireless device, the propagation time based at least in part on timing information exchanged during the fine timing measurement procedure; determining a proximity to the wireless device based on the propagation time; and performing the automatic wireless docking session with the wireless device based at least in part on the proximity determined using the fine timing measurement procedure.
An implantable medical device comprising: an outer housing defining an outer surface of the IMD; an electrical feedthrough extending through the outer housing to the outer surface; and an electrode structure disposed on the outer surface; characterized in that the outer housing is a liquid crystal polymer outer housing, and wherein the electrode structure comprises an LCP substrate defining a first surface and a second surface opposite the first surface, a contact pad positioned on the first surface, and an electrode positioned on the second surface, and wherein the LCP substrate is attached to the LCP outer housing and the contact pad is electrically coupled to the electrical feedthrough. an outer housing defining an outer surface of the IMD; an electrical feedthrough extending through the outer housing to the outer surface; and an electrode structure disposed on the outer surface; characterized in that the outer housing is a liquid crystal polymer outer housing, and wherein the electrode structure comprises an LCP substrate defining a first surface and a second surface opposite the first surface, a contact pad positioned on the first surface, and an electrode positioned on the second surface, and wherein the LCP substrate is attached to the LCP outer housing and the contact pad is electrically coupled to the electrical feedthrough.
A ball mill comprising closure system, wherein the ball mill comprises a grinding container (20, 60) with a frontal opening, which can be closed by means of a closure device (30, 50), wherein the closure device (30, 50) comprises a first flange (32, 51) with first connecting devices (35, 52) and the frontal opening of the grinding container (20, 60) comprises a second counter flange (22, 62) with second connecting devices (24, 65), wherein the closure device (30, 50) can be fastened to the grinding container (20, 60) via the first and the second connecting devices (35, 52, 20, 60), characterized in that the first or the second connecting devices (35, 52, 20, 60) are a component part of at least one rotatable, at least partially annular adjustment element (33, 63), wherein the first and second adjustment devices (35, 52, 20, 60) engage loosely with or through one another in an open working position of the at least one, at least partially annular adjustment element (33, 63), wherein the at least one, at least partially annular adjustment element (33, 63) can be transferred into a second closed locking position by means of rotation, wherein the first and second connecting devices (35, 52, 20, 60) are rotated with respect to one another in the closed locking position and wherein the closure system comprises means (27, 37, 55) for establishing a frictionally clamped connection, by means of which a clamped operative connection can be embodied between the closure device (30, 50) and the grinding container (20, 60).
A prosthetic mitral valve assembly having a self-expanding stent (10, 102) including an enlarged or flared upper end, and a tapered portion to fit the contours of the native mitral valve, wherein the self-expanding stent (10, 102) is formed from a shape memory material; characterised by the self-expanding stent (10, 102) with a valve mounted therein; wherein the prosthetic mitral valve assembly (20, 100) is adapted to expand radially outwardly and into contact with native tissue, wherein the self-expanding stent (10, 102) includes external prongs to assist in holding the prosthetic mitral valve assembly in place, wherein the valve is a tricuspid valve, and wherein the valve is made from bovine pericardium.
A velocity sensor configured to measure velocity of a fluid stream, the sensor comprising at least one electrically conductive wire filament, wherein the at least one wire filament is configured to have a length dimension longer than at least one of a width or thickness dimension, wherein the at least one wire filament is adapted to be deflected when exposed to the fluid stream, wherein at least one of the width or the thickness of the at least one wire filament is less than 50 μ Uρ throughout a predetermined operating range of expected fluid velocities, where μ is viscosity of the fluid stream ρ is density of the fluid stream, and U is the nominal velocity scale of the flow over the wire filament, such that the Reynolds number (Re) is Re < 50, wherein the velocity of the fluid is related to a change in voltage or resistance across the at least one wire filament due to strain, and wherein the predetermined operating range of expected fluid velocities comprises a minimum fluid velocity greater than Ebh 4 C D μL 0 4 and a maximum fluid velocity less than Ebh C D μL 0, where E is an elastic modulus of the at least one wire filament, b is a width of the at least one wire filament, h is a thickness of the at least one wire filament, C D is a drag coefficient, μ is a dynamic viscosity of the fluid stream, and L 0 is a length of the at least on wire filament, the maximum fluid velocity being less than 1.8 × 10 6 m/s. wherein at least one of the width or the thickness of the at least one wire filament is less than 50 μ Uρ throughout a predetermined operating range of expected fluid velocities, where μ is viscosity of the fluid stream ρ is density of the fluid stream, and U is the nominal velocity scale of the flow over the wire filament, such that the Reynolds number (Re) is Re < 50, wherein the velocity of the fluid is related to a change in voltage or resistance across the at least one wire filament due to strain, and wherein the predetermined operating range of expected fluid velocities comprises a minimum fluid velocity greater than Ebh 4 C D μL 0 4 and a maximum fluid velocity less than Ebh C D μL 0, where E is an elastic modulus of the at least one wire filament, b is a width of the at least one wire filament, h is a thickness of the at least one wire filament, C D is a drag coefficient, μ is a dynamic viscosity of the fluid stream, and L 0 is a length of the at least on wire filament, the maximum fluid velocity being less than 1.8 × 10 6 m/s.
A process for the production of a plastic composition comprising a nano-fibrillar cellulose gel, characterized by the steps of: (a) providing cellulose fibres; (b) providing at least one filler and/or pigment; (c) combining the cellulose fibres and the at least one filler and/or pigment; (d) fibrillating the cellulose fibres in an aqueous environment in the presence of the at least one filler and/or pigment until a nano-fibrillar cellulose gel is formed; and (e) using the composition of step (d) in the production of a plastic composition. (a) providing cellulose fibres; (b) providing at least one filler and/or pigment; (c) combining the cellulose fibres and the at least one filler and/or pigment; (d) fibrillating the cellulose fibres in an aqueous environment in the presence of the at least one filler and/or pigment until a nano-fibrillar cellulose gel is formed; and (e) using the composition of step (d) in the production of a plastic composition.
Device for guiding and/or deflecting a seatbelt, with a deflecting unit which has a holding portion and a guide portion, wherein the deflecting unit is fixedly connectable to a backrest frame of a vehicle seat by means of the holding portion, wherein the seatbelt is guidable via the deflecting unit, wherein the device has an adjustment element which is designed to set and to secure a height setting of an uppermost belt deflecting point of the seatbelt, characterized in that the adjustment element is furthermore designed to release the height setting of the upper belt deflecting point when a predetermined tensile loading on the seatbelt is exceeded, and in that the adjustment element is designed in a manner interacting with a belt cover.
A network device configured as a peer responsible for a resource within a Resource Location And Discovery, RELOAD, network, the network device comprising: a communicator configured to receive a message originating from a node owning the resource, the message comprising a write key encrypted using a public key of the network device, and further configured to receive a request to store data at the resource, the request originating from one or more accessing nodes and comprising data signed using the write key, the one or more accessing nodes being different to the node owning the resource; a decryptor configured to decrypt the encrypted write key using the network device's private key; and an access controller configured to control write access to the resource by the one or more accessing nodes based on the write key and the received signed data. a communicator configured to receive a message originating from a node owning the resource, the message comprising a write key encrypted using a public key of the network device, and further configured to receive a request to store data at the resource, the request originating from one or more accessing nodes and comprising data signed using the write key, the one or more accessing nodes being different to the node owning the resource; a decryptor configured to decrypt the encrypted write key using the network device's private key; and an access controller configured to control write access to the resource by the one or more accessing nodes based on the write key and the received signed data.