mhurhangee/ep-ind-claims huggingface dataset:
An axial bearing, comprising a slide ring, a counter ring, and an elastic bearing of the slide ring, wherein the slide ring is one-piece and has a structure on its running surface that allows for the formation of a stable hydrodynamic lubricating film, characterized in that the structuring of the running surface takes place such that the running surface has three or more elevations, the contact surface of which is flat toward the counter ring, wherein the entire contact surface of the elevations of the running surface is at most 50%, preferably at most 30%, and particularly preferably at most 20% of the running surface projected into a plane parallel to the contact surface, and wherein at least one bearing ring of the slide ring / counter ring pairing is made from a polymer material, and wherein the polymer material comprises additional hard material particles, and wherein the hard material content is between 1 - 30 wt. %.
Electromagnetic valve for a hydraulic system, in particular for an automatic transmission of a motor vehicle, with an armature housing which can be fluidically connected to hydraulic lines of the hydraulic system and filled with hydraulic medium, an armature is mounted in the armature housing so as to be stroke adjustable (h 1, h 2), said armature has a shut-off body and divides the armature housing into an outlet-side chamber facing the current outlet (27, 33) and into an inner chamber facing away therefrom, wherein an oil exchange takes place with a stroke movement (h 1, h 2) of the armature, in which an adjustment volume of the hydraulic medium overflows from the outlet-side chamber into the inner chamber, wherein a hydraulic line (47, 53, 63, 65, 51, 55) leading to the outlet-side chamber or to the inner chamber of the armature housing has at least one dirt collection element formed as a permanent magnet which holds back impurities in the hydraulic medium which flows through the hydraulic line (47, 53, 63, 65, 51, 55) during an oil exchange, characterised in that the dirt collection element is a dirt collection contour formed on the inner wall of the hydraulic line (47, 53, 65) with protrusions and depressions.
A user equipment, UE, comprising: transmitting and receiving components configured to receive a radio resource control, RRC, handover message from a source Node B indicating a high speed dedicated shared channel, HS-DSCH, inter-Node B cell change, wherein the UE and the source Node B utilize an HS-DSCH transport channel; wherein the components are further configured, in response to the RRC handover message, to initiate handover to a target Node B; characterised in that the components are further configured, in response to the RRC handover message in an initial uplink data transmission to the target Node B, to transmit a second RRC message along with a status report, for each radio link control, RLC, instance associated with the HS-DSCH transport channel, comprising an RLC status report indicating missing acknowledge mode, AM, RLC packet data units, PDUs. transmitting and receiving components configured to receive a radio resource control, RRC, handover message from a source Node B indicating a high speed dedicated shared channel, HS-DSCH, inter-Node B cell change, wherein the UE and the source Node B utilize an HS-DSCH transport channel; wherein the components are further configured, in response to the RRC handover message, to initiate handover to a target Node B; characterised in that the components are further configured, in response to the RRC handover message in an initial uplink data transmission to the target Node B, to transmit a second RRC message along with a status report, for each radio link control, RLC, instance associated with the HS-DSCH transport channel, comprising an RLC status report indicating missing acknowledge mode, AM, RLC packet data units, PDUs.
A process for preparing mercaptoalkyl carboxylates by esterification from the starting materials carboxylic acid and mercaptoalkyl alcohol in the absence of an additional active acid catalyst, where said additional active acid catalyst is an amount of an acid which brings about an increase in the rate of said esterification by at least 200% averaged over the total esterification mixture, under otherwise identical esterification conditions, compared to the esterification of the carboxylic acid by means of the mercaptoalkyl alcohol without additional acid, and where the esterification is carried out as reactive distillation, wherein a) the starting materials carboxylic acid and mercaptoalkyl alcohol are fed as a continuous stream into the reaction zone of a rectification column, b) the starting materials react in the rectification column to form the reaction products mercaptoalkyl carboxylate and water of reaction, c) the reaction mixture is fractionally distilled in the rectification column and d) a mercaptoalkyl carboxylate-comprising fraction is discharged at the top and a fraction comprising water of reaction is discharged at the top of the rectification column. a) the starting materials carboxylic acid and mercaptoalkyl alcohol are fed as a continuous stream into the reaction zone of a rectification column, b) the starting materials react in the rectification column to form the reaction products mercaptoalkyl carboxylate and water of reaction, c) the reaction mixture is fractionally distilled in the rectification column and d) a mercaptoalkyl carboxylate-comprising fraction is discharged at the top and a fraction comprising water of reaction is discharged at the top of the rectification column.
Haymaking machine, in particular for swathing agricultural harvested material, comprising at least two rotary rakes that are driven about approximately vertical axes, are attached to extension arms and are equipped with chassis comprising support wheels in order to be supported off the ground thereby and the distance (a) of which rotary rakes from an imaginary central axis (m) of the haymaking machine that extends longitudinally relative to the direction of travel (f) is individually adjustable by means of at least one actuator, the rotary rakes being provided at least in portions with a load-alleviation device such that the weight force of the rotary rakes, which acts on the ground via the support wheels, is reduced, the action of the load-alleviation device, when the distance (a) between a rotary rake and the central axis (m) changes, being automatically adapted by means of an adjustment device, depending on the distance (a) of the corresponding rotary rake, such that the weight force transmitted to the ground by support wheels attached to chassis approximately takes on a predetermined value, characterised in that the haymaking machine comprises at least one sensor which detects the distance (a) set between a rotary rake and the central axis (m) and sends same to a control unit associated with the haymaking machine and the control unit automatically adapts the load alleviation of a rotary rake by controlling at least one actuator of an adjustment device.
A method of operating a fuel cell comprising a membrane electrode assembly having an anode supplied with a gaseous anode reactant at an anode pressure and a cathode supplied with a gaseous cathode reactant at a cathode pressure, wherein the anode pressure is less than the cathode pressure by at least 50 kPa, characterised in that the anode pressure is below atmospheric pressure.
A museum showcase comprising a casing (11; 111) with at least one open side, a sliding door (20; 120) for closing the open side of the casing (11; 111), a guide system (21, 22; 121, 122) to allow the horizontal displacement of the sliding door (20; 120) with respect to the casing (11; 111), and an actuation system (30; 130) to cause the displacement of the sliding door (20; 120) on the guide system (21, 22; 121, 122), characterized in that the actuation system (30; 130) comprises: a rack (31; 131), integral with the sliding door (20; 120) and extending in the direction of its width, two drive pinions (32, 33; 132; 133) rotatably mounted on the casing (11; 111) and in meshing engagement with the rack (31; 131), in which the two pinions (32, 33; 132 133) are arranged spaced apart from each other in the direction of the width of the open side of the casing (11; 111).
A transport device, comprising: a transport belt including an adhesive layer and configured to transport a medium caused to adhere to the adhesive layer; a pressing unit configured to press the medium against the adhesive layer while reciprocating in a transport direction in which the medium is transported and a reverse transport direction opposite to the transport direction, the pressing unit being configured to come into contact with the adhesive layer at at least a part of the pressing unit; a driving unit configured to generate a driving force for the pressing unit to reciprocate in the transport direction and the reverse transport direction; and a control unit configured to control the driving unit, wherein the pressing unit is separated from the adhesive layer along with reciprocation in the transport direction and the reverse transport direction and the control unit is configured to detect a load of the driving unit, and determines a magnitude of an adhesive force of the adhesive layer, based on the load. a transport belt including an adhesive layer and configured to transport a medium caused to adhere to the adhesive layer; a pressing unit configured to press the medium against the adhesive layer while reciprocating in a transport direction in which the medium is transported and a reverse transport direction opposite to the transport direction, the pressing unit being configured to come into contact with the adhesive layer at at least a part of the pressing unit; a driving unit configured to generate a driving force for the pressing unit to reciprocate in the transport direction and the reverse transport direction; and a control unit configured to control the driving unit, wherein the pressing unit is separated from the adhesive layer along with reciprocation in the transport direction and the reverse transport direction and the control unit is configured to detect a load of the driving unit, and determines a magnitude of an adhesive force of the adhesive layer, based on the load.
A tankyrase inhibitor for use in a method of treating a tumor in a subject, said method comprising: administering the tankyrase inhibitor to a subject having a Hippo pathway mutant tumor and wherein the tumor is susceptible to treatment with the tankyrase inhibitor, wherein the Hippo pathway mutant tumor comprises at least one mutation in one or more Hippo pathway genes selected from the group consisting of LATS1, LATS2, NF2, and YAP, and wherein the tankyrase inhibitor stabilizes an angiomotin protein family member in the tumor susceptible to treatment with the tankyrase inhibitor as compared to a tumor not susceptible to treatment with the tankyrase inhibitor, wherein the tankyrase inhibitor is selected from the group consisting of: a small molecule inhibitor of tankyrase; a nucleic acid inhibitor of tankyrase that targets the tankyrase mRNA, optionally antisense RNA, siRNA, shRNA; a nucleic acid aptamer that binds to tankyrase; and an inhibitory peptide that binds to the tankyrase protein. administering the tankyrase inhibitor to a subject having a Hippo pathway mutant tumor and wherein the tumor is susceptible to treatment with the tankyrase inhibitor, wherein the Hippo pathway mutant tumor comprises at least one mutation in one or more Hippo pathway genes selected from the group consisting of LATS1, LATS2, NF2, and YAP, and wherein the tankyrase inhibitor stabilizes an angiomotin protein family member in the tumor susceptible to treatment with the tankyrase inhibitor as compared to a tumor not susceptible to treatment with the tankyrase inhibitor, wherein the tankyrase inhibitor is selected from the group consisting of: a small molecule inhibitor of tankyrase; a nucleic acid inhibitor of tankyrase that targets the tankyrase mRNA, optionally antisense RNA, siRNA, shRNA; a nucleic acid aptamer that binds to tankyrase; and an inhibitory peptide that binds to the tankyrase protein. a small molecule inhibitor of tankyrase; a nucleic acid inhibitor of tankyrase that targets the tankyrase mRNA, optionally antisense RNA, siRNA, shRNA; a nucleic acid aptamer that binds to tankyrase; and an inhibitory peptide that binds to the tankyrase protein.
A method of manufacturing SiO 2 used for a glass preform, the method comprising: transporting a liquid of a raw material compound comprising an organic silicon compound in a liquid state to a gasifier through a liquid-sending flow path by pressurizing the liquid of the raw material compound using a pressurization gas from a liquid container storing the liquid of the raw material compound; deaerating a dissolved gas from the pressurized liquid of the raw material compound in a deaeration device positioned in the middle of the liquid-sending flow path; controlling a flow rate of the deaerated liquid of the raw material compound using a mass flow controller positioned in the middle of the liquid-sending flow path and between the deaeration device and the gasifier; gasifying the liquid of the raw material compound in the gasifier transported through the mass flow controller; and combusting the gasified raw material compound using a burner to generate SiO 2, wherein, during the deaerating of the dissolved gas, a specific surface area of the raw material compound, which is a vacuum exposure area per unit volume of a raw material liquid, is 0.75 mm -1 or more, and a vacuum exposure time of the raw material compound is 18 seconds or longer. transporting a liquid of a raw material compound comprising an organic silicon compound in a liquid state to a gasifier through a liquid-sending flow path by pressurizing the liquid of the raw material compound using a pressurization gas from a liquid container storing the liquid of the raw material compound; deaerating a dissolved gas from the pressurized liquid of the raw material compound in a deaeration device positioned in the middle of the liquid-sending flow path; controlling a flow rate of the deaerated liquid of the raw material compound using a mass flow controller positioned in the middle of the liquid-sending flow path and between the deaeration device and the gasifier; gasifying the liquid of the raw material compound in the gasifier transported through the mass flow controller; and combusting the gasified raw material compound using a burner to generate SiO 2, wherein, during the deaerating of the dissolved gas, a specific surface area of the raw material compound, which is a vacuum exposure area per unit volume of a raw material liquid, is 0.75 mm -1 or more, and a vacuum exposure time of the raw material compound is 18 seconds or longer.
A solid-state refrigeration apparatus, comprising: a solid cooling portion including a solid refrigerant substance, an internal channel (24, 25) where the solid refrigerant substance is disposed, and an induction section configured to cause the solid refrigerant substance to produce a caloric effect; at least one first heat exchanger; at least one second heat exchanger; a heating medium circuit connected to the first heat exchanger, the second heat exchanger, and the internal channel (24, 25); and a reciprocating conveying mechanism (30, 50) configured to reciprocally convey a heating medium in the heating medium circuit, the solid-state refrigeration apparatus being configured to perform a heat application operation in which the heating medium heated by the solid cooling portion dissipates heat in the first heat exchanger and the heating medium cooled by the solid cooling portion absorbs heat in the second heat exchanger, and a defrosting operation in which frost on the second heat exchanger is melted, characterized by the solid-state refrigeration apparatus further comprising a thermal storage section (13, 16) configured to store heat in the heat application operation, and by the solid-state refrigeration apparatus being configured such that, in the defrosting operation, the frost on the second heat exchanger is melted using the heat stored in the thermal storage section (13, 16). a solid cooling portion including a solid refrigerant substance, an internal channel (24, 25) where the solid refrigerant substance is disposed, and an induction section configured to cause the solid refrigerant substance to produce a caloric effect; at least one first heat exchanger; at least one second heat exchanger; a heating medium circuit connected to the first heat exchanger, the second heat exchanger, and the internal channel (24, 25); and a reciprocating conveying mechanism (30, 50) configured to reciprocally convey a heating medium in the heating medium circuit, the solid-state refrigeration apparatus being configured to perform a heat application operation in which the heating medium heated by the solid cooling portion dissipates heat in the first heat exchanger and the heating medium cooled by the solid cooling portion absorbs heat in the second heat exchanger, and a defrosting operation in which frost on the second heat exchanger is melted, characterized by the solid-state refrigeration apparatus further comprising a thermal storage section (13, 16) configured to store heat in the heat application operation, and by the solid-state refrigeration apparatus being configured such that, in the defrosting operation, the frost on the second heat exchanger is melted using the heat stored in the thermal storage section (13, 16).
A combination product comprising: (i) Elafibranor or a pharmaceutically acceptable salt thereof; and (ii) a FXR agonist, wherein the FXR agonist is Obeticholic acid or a pharmaceutically acceptable salt thereof, or INT-767 or a pharmaceutically acceptable salt thereof.. (i) Elafibranor or a pharmaceutically acceptable salt thereof; and (ii) a FXR agonist, wherein the FXR agonist is Obeticholic acid or a pharmaceutically acceptable salt thereof, or INT-767 or a pharmaceutically acceptable salt thereof..
A bulbous bow for a sea-going vessel, said bow comprising an assembly characterised in that the assembly comprises a load-carrying inner structure mountable at the stem of the sea-going vessel, the load carrying structure having a protruding member mounted on a bulkhead of the sea-going vessel; and an outer shell structure (4, 5) defining the hydrodynamic properties of the bulbous bow, wherein said outer shell structure (4, 5) is made of a number of sub-structure elements (41, 42, 43, 44) for replaceably mounting on the load-carrying inner structure, said protruding member being received on the outer shell structure (4, 5). an assembly characterised in that the assembly comprises a load-carrying inner structure mountable at the stem of the sea-going vessel, the load carrying structure having a protruding member mounted on a bulkhead of the sea-going vessel; and an outer shell structure (4, 5) defining the hydrodynamic properties of the bulbous bow, wherein said outer shell structure (4, 5) is made of a number of sub-structure elements (41, 42, 43, 44) for replaceably mounting on the load-carrying inner structure, said protruding member being received on the outer shell structure (4, 5).
Wiper connecting unit with a basic body for connecting a wiper blade adapter wherein the wiper blade adapter forms a component of a wiper and is provided for connecting spring rails for prestressing a wiper blade rubber of the wiper to the wiper blade rubber, and with a wiper arm of the wiper, wherein the basic body has a spoiler receiving region arranged on one wiper arm side, wherein an edge region of the spoiler receiving region is of at least partially curved design, as viewed in a plane perpendicular to a longitudinal direction of the basic body, characterized in that the basic body has a first fluid-retaining element which is at least partially adjacent to the spoiler receiving region transversely with respect to the longitudinal direction of the basic body, wherein the first fluid-retaining element is of curved design starting from the spoiler receiving region, as viewed from a top side of the basic body.
A gel electrolyte containing a non-aqueous electrolyte solution and a vinylidene fluoride copolymer, the vinylidene fluoride copolymer obtained by copolymerizing at least one type of fluorine-based monomer selected from hexafluoropropylene and chlorotrifluoroethylene, vinylidene fluoride, and a compound represented by formula, wherein a carboxy group contained in a constitutional unit derived from the compound represented by formula is distributed in the vinylidene fluoride copolymer so that the gel electrolyte having an ionic conductivity of 4.86×10 -3 Scm -1 has a compressive elastic modulus (measured according to JIS K7181) of equal to or higher than 8.57×10 4 Nm -2, wherein in formula, R 1, R 2, and R 3 are each independently a hydrogen atom, a chlorine atom, or an alkyl group having from 1 to 5 carbons; and X is a hydroxyl group or an atomic group having a carboxyl group and having a molecular weight of not greater than 517 with a main chain having from 1 to 19 atoms.
An insect pest attraction lighting method for irradiating a field with attraction light for attracting insect pests to keep the insect pests away from a plant, the insect pest attraction lighting method comprising: a setting step of setting, as an operating time zone, an arbitrary time zone within a time zone during which the field is not exposed to natural light; and a light irradiation step of irradiating an entirety of the field with artificial sunlight which does not include wavelength components of 500 to 600 nm, in the operating time zone set by the setting step, and irradiating a portion of the field with the attraction light in the operating time zone set by the setting step while causing the attraction light to have a peak in a wavelength range of 280 to 700 nm, wherein a radiation energy sum of the artificial sunlight in a wavelength range of 400 to 500 nm is greater than a radiation energy sum thereof in another wavelength range. a setting step of setting, as an operating time zone, an arbitrary time zone within a time zone during which the field is not exposed to natural light; and a light irradiation step of irradiating an entirety of the field with artificial sunlight which does not include wavelength components of 500 to 600 nm, in the operating time zone set by the setting step, and irradiating a portion of the field with the attraction light in the operating time zone set by the setting step while causing the attraction light to have a peak in a wavelength range of 280 to 700 nm,