mhurhangee/ep-ind-claims huggingface dataset:
A process for producing resin expanded beads, comprising the steps of: (a) melt-mixing a propylene-based random copolymer having a melting point of 120°C or more and a recycled polyolefin-based resin having a melting point of 125 to 170°C to obtain a molten resin mixture, the melting point of the polymers being measured according to the method in the description, (b) processing the molten resin mixture into resin particles, and (c) expanding the resin particles, wherein said recycled polyolefin-based resin originates from a recycled fishery material selected from fishery nets, fishing lines, fishery ropes and mixtures of two or more thereof and is in the form of pellets having an ash content of 3% by mass or less, and wherein in step (a) 40 to 95% by mass of the propylene-based random copolymer is mixed with 5 to 60% by mass of the recycled polyolefin-based resin with the proviso that the total of the propylene-based random copolymer and the recycled polyolefin-based resin is 100% by mass. (a) melt-mixing a propylene-based random copolymer having a melting point of 120°C or more and a recycled polyolefin-based resin having a melting point of 125 to 170°C to obtain a molten resin mixture, the melting point of the polymers being measured according to the method in the description, (b) processing the molten resin mixture into resin particles, and (c) expanding the resin particles, wherein said recycled polyolefin-based resin originates from a recycled fishery material selected from fishery nets, fishing lines, fishery ropes and mixtures of two or more thereof and is in the form of pellets having an ash content of 3% by mass or less, and wherein in step (a) 40 to 95% by mass of the propylene-based random copolymer is mixed with 5 to 60% by mass of the recycled polyolefin-based resin with the proviso that the total of the propylene-based random copolymer and the recycled polyolefin-based resin is 100% by mass.
Optical position measuring device for capturing the position of two objects which are movable relative to one another in at least one measurement direction (x), comprising - a material measure, which is connected to one of the two objects and has an incremental graduation that extends in the measurement direction (x), and at least one reference mark at a reference position (X REF), wherein the reference mark comprises two reference mark subfields (11 A, 11 B), which are arranged mirror-symmetrically with respect to a reference mark symmetry axis and consist in each case of a grating structure having a spatially variable graduation period that extends in the measurement direction (x), - a scanning unit, which is connected to the other of the two objects and comprises a divergently emitting light source, one or more gratings and a reference signal detector arrangement (22; 22'; 122), wherein - the reference signals detector arrangement (22; 22'; 122) has at least four detector arrays (22.1-22.4; 22.1'-22.4'; 122.1-122.4) having in each case a plurality of detector elements (22a-22d; 22a'-22d'; 122a-122d), and the detector arrays (22.1-22.4; 22.1'-22.4'; 122.1-122.4) are configured and arranged such that - a first and second pair of partial reference signals (S1_T, S1_GT, S2_T, S2_GT) with in each case an opposite-phase signal profile results from the scanning of the reference mark via the reference signal detector arrangement (22; 22'; 122) and the first pair of partial reference signals (S1_T, S1_GT) is offset along the measurement direction (x) with respect to the second pair of partial reference signals (S2_T, S2_GT) by an offset amount. - a material measure, which is connected to one of the two objects and has an incremental graduation that extends in the measurement direction (x), and at least one reference mark at a reference position (X REF), wherein the reference mark comprises two reference mark subfields (11 A, 11 B), which are arranged mirror-symmetrically with respect to a reference mark symmetry axis and consist in each case of a grating structure having a spatially variable graduation period that extends in the measurement direction (x), - a scanning unit, which is connected to the other of the two objects and comprises a divergently emitting light source, one or more gratings and a reference signal detector arrangement (22; 22'; 122), wherein - the reference signals detector arrangement (22; 22'; 122) has at least four detector arrays (22.1-22.4; 22.1'-22.4'; 122.1-122.4) having in each case a plurality of detector elements (22a-22d; 22a'-22d'; 122a-122d), and the detector arrays (22.1-22.4; 22.1'-22.4'; 122.1-122.4) are configured and arranged such that - a first and second pair of partial reference signals (S1_T, S1_GT, S2_T, S2_GT) with in each case an opposite-phase signal profile results from the scanning of the reference mark via the reference signal detector arrangement (22; 22'; 122) and the first pair of partial reference signals (S1_T, S1_GT) is offset along the measurement direction (x) with respect to the second pair of partial reference signals (S2_T, S2_GT) by an offset amount.
Radial tyre for motor vehicle, comprising: o a crown comprising a tread provided with at least one radially outer part intended to come into contact with the road; o two beads, two sidewalls connecting the beads to the tread, a carcass reinforcement passing into the two sidewalls and anchored in the beads; o the crown being reinforced by a crown reinforcement or belt placed circumferentially between the carcass reinforcement and the tread; o a radially inner elastomer layer (3b, 8) known as a "sublayer", not intended to come into contact with the road, having a formulation different from the formulation of the radially outer elastomer layer, this sublayer being placed between the radially outer layer of the tread and the belt, and comprising at least one diene elastomer and, as a high-density filler, particles having a density of greater than 4 g/cm 3, characterized in that these particles are in the form of powder and their content is more than 50 phr. o a crown comprising a tread provided with at least one radially outer part intended to come into contact with the road; o two beads, two sidewalls connecting the beads to the tread, a carcass reinforcement passing into the two sidewalls and anchored in the beads; o the crown being reinforced by a crown reinforcement or belt placed circumferentially between the carcass reinforcement and the tread; o a radially inner elastomer layer (3b, 8) known as a "sublayer", not intended to come into contact with the road, having a formulation different from the formulation of the radially outer elastomer layer, this sublayer being placed between the radially outer layer of the tread and the belt, and comprising at least one diene elastomer and, as a high-density filler, particles having a density of greater than 4 g/cm 3,
Agricultural soil working tool, in particular rotary harrow tine or harrow tine, for an agricultural soil working machine, having a tine body which has a fastening section for fastening on the machine side and a working section, the working section having an end face at its free end facing away from the fastening section and having a contact face on the working section which is indirectly or directly adjacent to the end face, at least one cutting element, consisting of hard material, in particular hard metal or ceramic material, being fastened to the support surface of the working section, the cutting element being fastened with a leg to the front of the support surface by means of a material bond, wherein a projection is formed on the back of the leg, which projection overlaps the end face of the tine body at least in some areas, and wherein a transition region is formed between the leg and the projection, which transition region covers the transition between the support surface and the end face at least in some areas, characterized in that the support surface of the working section of the tine body is convex, and in that the cutting element has a recessed receptacle on its leg, which extends in the direction of the longitudinal axis of the cutting element and into which the convex support surface projects at least in some areas.
Device for detecting an irregularity in a structure of an aircraft, the device comprising: - a transponder; - a resonant circuit, part of the transponder with a resonance frequency determining the frequency which stimulate the transponder; - a probe to be attached to the structure; wherein the probe and the resonant circuit are electrically connected such that the resonant circuit has a first resonance frequency when the probe is intact and a second resonance frequency, different from the first resonance frequency, when the probe is damaged, such that when the probe is not damaged, the transponder is not readable, and when the probe is damaged, the transponder is readable. - a transponder; - a resonant circuit, part of the transponder with a resonance frequency determining the frequency which stimulate the transponder; - a probe to be attached to the structure;
A crawler vehicle for the preparation of ski runs; the crawler vehicle comprising: - a frame; - a winch mounted on the frame for selectively unwinding and winding a cable that can be anchored to a point outside the crawler vehicle; - an arm, which is mounted swivelling with respect to the frame around a determined axis, and is configured to guide the cable; - an actuating system of the arm around the determined axis, wherein the actuating system comprises two actuators (24, 25) coupled to the arm for selectively transmitting to the arm respective torques in opposite directions around the determined axis; - a control device of the actuating system of the arm to select an operating mode between the operating modes of: - allowing the free rotation of the arm around the determined axis when the cable is under tension; - rotating the arm around the determined axis when the cable is under tension; - locking the position of the arm with respect to the frame when the cable is under tension. - a frame; - a winch mounted on the frame for selectively unwinding and winding a cable that can be anchored to a point outside the crawler vehicle; - an arm, which is mounted swivelling with respect to the frame around a determined axis, and is configured to guide the cable; - an actuating system of the arm around the determined axis, wherein the actuating system comprises two actuators (24, 25) coupled to the arm for selectively transmitting to the arm respective torques in opposite directions around the determined axis; - a control device of the actuating system of the arm to select an operating mode between the operating modes of: - allowing the free rotation of the arm around the determined axis when the cable is under tension; - rotating the arm around the determined axis when the cable is under tension; - locking the position of the arm with respect to the frame when the cable is under tension. - allowing the free rotation of the arm around the determined axis when the cable is under tension; - rotating the arm around the determined axis when the cable is under tension; - locking the position of the arm with respect to the frame when the cable is under tension.
A method for comminuting heat-sensitive feedstock, particularly thermoplastics, rubber, caoutchouc and elastomers to a particle size of less than 500 μm, characterised by the following processing steps: a) Precomminuting the feedstock to a size smaller than 4 mm in a rotating comminuting device through which a first process gas PG 1 flows, regulating a first temperature T 1 of the precomminuted feedstock in the outlet of the precomminution in a first control circuit R 1 by adding water to the feedstock before and/or during and/or after the precomminution. b) Fine grinding the precomminuted feedstock to a size smaller than 500 μm in a rotating fine grinding device through which a second process gas PG 2 flows and regulating a second temperature T 2 of the precomminuted feedstock in the outlet of the fine grinding in a second control circuit R 2 by adding water to the precomminuted feedstock before and/or during and/or after the fine grinding. a) Precomminuting the feedstock to a size smaller than 4 mm in a rotating comminuting device through which a first process gas PG 1 flows, regulating a first temperature T 1 of the precomminuted feedstock in the outlet of the precomminution in a first control circuit R 1 by adding water to the feedstock before and/or during and/or after the precomminution. b) Fine grinding the precomminuted feedstock to a size smaller than 500 μm in a rotating fine grinding device through which a second process gas PG 2 flows and regulating a second temperature T 2 of the precomminuted feedstock in the outlet of the fine grinding in a second control circuit R 2 by adding water to the precomminuted feedstock before and/or during and/or after the fine grinding.
A laundry machine comprising: a cabinet forming an exterior of the laundry machine; a selectively rotatable drum; a steam generator; a pump for supplying water to the steam generator; a controller; sensing means for sensing a current of the pump; the controller is adapted to determine that the pump is out of order by using the current of the pump sensed by the sensing means; characterized by a drawer capable of being pulled out or pushed in the cabinet; and a water supply source provided detachably to the drawer for selectively supplying water to the pump, wherein the water supply source is connected to the pump when the drawer is pushed in the cabinet, and the water supply source is detached from the pump when the drawer is pulled out of the cabinet; the sensing means being a shunt resistor, if the motor of the pump is a DC motor, or a current transformer, if the motor of the pump is an AC motor. a cabinet forming an exterior of the laundry machine; a selectively rotatable drum; a steam generator; a pump for supplying water to the steam generator; a controller; sensing means for sensing a current of the pump; the controller is adapted to determine that the pump is out of order by using the current of the pump sensed by the sensing means; a drawer capable of being pulled out or pushed in the cabinet; and a water supply source provided detachably to the drawer for selectively supplying water to the pump, wherein the water supply source is connected to the pump when the drawer is pushed in the cabinet, and the water supply source is detached from the pump when the drawer is pulled out of the cabinet; the sensing means being a shunt resistor, if the motor of the pump is a DC motor, or a current transformer, if the motor of the pump is an AC motor.
Method for operating a thermotechnical system, wherein the thermotechnical system comprises multiple components, in particular a heating and/or steam boiler, wherein detected contamination values (V1, V2) of the thermotechnical system and/or at least one component are used to determine an expected reaching time value (Te), at which a predeterminable critical contamination value (Vk) of the thermotechnical system and/or at least one component is reached or exceeded, in particular for the first time, and that the expected reaching time value (Te) is written to a memory, characterized in that an actual reaching time value (Tt), at which the detected contamination value (V1, V2) reaches or exceeds the critical contamination value (Vk), in particular for the first time, is written to the memory.
A valve block comprising: a housing having a first side, a second side, a third side, and a fourth side wherein the first side opposes the second side; and the third side opposes the fourth side and the first side is located adjacent to both of the third side and the fourth side and the third side is located adjacent to both of the first side and the second side; a first valve seat located on the first side comprising a cylindrical depression with a first opening and a fourth opening; a first conduit portion being linear and having the first opening that terminates on the first side and within the first valve seat and which is connected in fluid flow communication to a T-connection, the T-connection being connected with a second conduit portion that comprises a first portion and a second portion, the first opening being selectively openable and closeable; a second valve seat located on the third side comprising a cylindrical depression with a third opening and a sixth opening; and the second conduit portion having a fifth opening that terminates on the fourth side and the third opening that terminates on the third side within the second valve seat, the third opening of the second conduit portion being selectively openable and closeable, and said second conduit portion being linear between said fifth opening and said third opening, characterised in that the first opening and the fourth opening are situated in the same plane in the first valve seat as well as in that the third opening and the sixth opening are situated in the same plane in the second valve seat. a housing having a first side, a second side, a third side, and a fourth side wherein the first side opposes the second side; and the third side opposes the fourth side and the first side is located adjacent to both of the third side and the fourth side and the third side is located adjacent to both of the first side and the second side; a first valve seat located on the first side comprising a cylindrical depression with a first opening and a fourth opening; a first conduit portion being linear and having the first opening that terminates on the first side and within the first valve seat and which is connected in fluid flow communication to a T-connection, the T-connection being connected with a second conduit portion that comprises a first portion and a second portion, the first opening being selectively openable and closeable; a second valve seat located on the third side comprising a cylindrical depression with a third opening and a sixth opening; and the second conduit portion having a fifth opening that terminates on the fourth side and the third opening that terminates on the third side within the second valve seat, the third opening of the second conduit portion being selectively openable and closeable, and said second conduit portion being linear between said fifth opening and said third opening, characterised in that
A wireless communication device comprising: a first antenna scheme; a second antenna scheme directed to a same direction as the first antenna scheme; a controller to receive from a sensor orientation-related information indicating an orientation-related attribute of said wireless communication device, and to control an antenna scheme of antennas of said wireless communication device based on said orientation-related information, wherein the first antenna scheme is used for forming a communication team for communicating with another wireless communication device over a communication link; wherein said controller is to switch from the first antenna scheme to the second antenna scheme if a predefined reduction in link quality is detected while a change in the orientation related attribute is equal to or lesser than a predefined threshold. a first antenna scheme; a second antenna scheme directed to a same direction as the first antenna scheme; a controller to receive from a sensor orientation-related information indicating an orientation-related attribute of said wireless communication device, and to control an antenna scheme of antennas of said wireless communication device based on said orientation-related information, wherein the first antenna scheme is used for forming a communication team for communicating with another wireless communication device over a communication link; wherein said controller is to switch from the first antenna scheme to the second antenna scheme if a predefined reduction in link quality is detected while a change in the orientation related attribute is equal to or lesser than a predefined threshold.
A deuterated derivative of lanifibranor of formula: wherein at least one of the groups R 1 to R 7 is a deuterium atom and the other groups R 1 to R 7 are hydrogen atoms, and its pharmaceutically acceptable salts and solvates, for use in the treatment of hypercholesterolemia, hyperlipidemia, hypertriglyceridemia, dyslipidemia, insulin resistance, diabetes, obesity, cardiovascular diseases which are the consequence of a serum lipoprotein imbalance, diseases associated with an endothelial dysfunction, atherosclerosis, myocardial infarction, hypertension, cerebrovascular problems, inflammatory diseases such as for example rheumatoid arthritis, and neurodegeneration such as in particular Alzheimer's disease or Parkinson's disease.
A method for performing short data service, SDS, by a server in a communication system, the method comprising: receiving (704, 804) a mission critical data, MC Data, standalone request from a first user equipment, UE, wherein the MC Data standalone request comprises an information element associated with a conversation identifier; determining (706, 806) whether the first UE is authorized to send the MC data standalone request and whether a policy is to be asserted to limit a certain type of message or content to a certain UE; determining at least one second UE which is eligible for receiving the MC Data standalone request after an assertion of the policy; transmitting (708, 808) the MC Data standalone request to the at least one second UE on determining that the first UE is authorized to send the MC Data standalone request; receiving (712, 818) an MC Data disposition notification from the at least one second UE based on a disposition request of the first UE in the MC Data standalone request; and transmitting (716, 822) the MC Data disposition notification to the first UE wherein the first UE and the second UE are registered with the server for receiving an MC Data service. receiving (704, 804) a mission critical data, MC Data, standalone request from a first user equipment, UE, wherein the MC Data standalone request comprises an information element associated with a conversation identifier; determining (706, 806) whether the first UE is authorized to send the MC data standalone request and whether a policy is to be asserted to limit a certain type of message or content to a certain UE; determining at least one second UE which is eligible for receiving the MC Data standalone request after an assertion of the policy; transmitting (708, 808) the MC Data standalone request to the at least one second UE on determining that the first UE is authorized to send the MC Data standalone request; receiving (712, 818) an MC Data disposition notification from the at least one second UE based on a disposition request of the first UE in the MC Data standalone request; and transmitting (716, 822) the MC Data disposition notification to the first UE
Device for increasing the methane content in a biogas stream that also contains carbon dioxide and hydrosulfuric acid (H2S), comprising: an airlift system body comprising a first duct (1.1) and a second duct (1.2), adapted to pass a flow of water at a pressure from 1 to 1.5 atm downward through the first duct (1.1), and upward through the second duct (1.2), an absorption column provided in the first duct (1.1), injection means of the biogas stream arranged in the first duct (1.1) of the airlift system body at the lower part of the absorption column for introducing a biogas against the flow of water, where the water flow can absorb carbon dioxide and hydrosulfuric acid (H2S) contained in the biogas, recovery means for the biogas with increased methane content, arranged at the upper part of the absorption column, characterized in that it comprises propulsion means for the water flow arranged in the second duct (1.2) of the airlift reactor body, the propulsion means are adapted to introduce an air flow in a co-current with the water flow.