mhurhangee/ep-ind-claims huggingface dataset:
Refrigerator, in particular household refrigerator, having a wall with a recess and with a built-in part (11, 12) held by at least one expanding rivet, wherein the expanding rivet has a tubular housing part which comprises a shaft and a root section, and has a plunger which can be introduced into the housing part in order to spread apart the root section, wherein a head of the plunger introduced into the housing part lies opposite and spaced apart from an end of the shaft facing away from the root section, wherein the root section has a projection directed into an interior hollow space, the plunger is latched on the projection and in passing the projection pushes it aside, so that the projection ensures that the root section is spread apart, as is required to anchor the expanding rivet in the recess.
A composition comprising natamycin and at least one antifungal compound from the family of pyrazole fungicides selected from the group consisting of bixafen, fenpyrazamine, fluxapyroxad, furametpyr, isopyrazam, penflufen, penthiopyrad, rabenzazole and sedaxane.
A control device for a sealer for sealing a container, comprising a carrier element; and a seaming curve arranged at the carrier element and having a curve track; and a seaming device comprising a carrier shaft having a control end and a seaming end, wherein the seaming device further comprises a control element arranged at the control end and a seaming lever arranged at the seaming end, wherein a first seaming roller for a first seaming operation and a second seaming roller for a second seaming operation are arranged at the seaming lever, wherein the control element is arranged in a movable manner in the curve track in such a way that the first seaming operation and the second seaming operation can be controlled by the movement of the control element in the curve track; characterized in that the seaming curve comprises a first curve segment and a second curve segment, wherein the curve track is formed by the first curve segment and the second curve segment, and the first curve segment and the second curve segment can be moved independently of each other in such a way that the first seaming operation and the second seaming operation can be adjusted independently of each other. a carrier element; and a seaming curve arranged at the carrier element and having a curve track; and a seaming device comprising a carrier shaft having a control end and a seaming end, wherein the seaming device further comprises a control element arranged at the control end and a seaming lever arranged at the seaming end, wherein a first seaming roller for a first seaming operation and a second seaming roller for a second seaming operation are arranged at the seaming lever, wherein the control element is arranged in a movable manner in the curve track in such a way that the first seaming operation and the second seaming operation can be controlled by the movement of the control element in the curve track; characterized in that the seaming curve comprises a first curve segment and a second curve segment, wherein the curve track is formed by the first curve segment and the second curve segment, and the first curve segment and the second curve segment can be moved independently of each other in such a way that the first seaming operation and the second seaming operation can be adjusted independently of each other.
A variator comprising a housing a pair of semi-toroidally recessed races (11, 12) each mounted to the housing for rotation about a variator axis, and a roller mounted between the races (11, 12) to transfer drive between them at a variable drive ratio, the variator further comprising: a sun gear (25A, 25B) between the race (11, 12); a ring gear (26A, 26B) between the races (11, 12) the ring gear (24A, 26B) being radially outward of the sun gear, (25A, 25B) a carrier gear which is disposed between the sun (25A, 25B) and ring (26A, 26B) gears (25A, 25B) gears (26A, 26B) and meshes with both, and upon which the roller is mounted in a manner which enables the roller to spin about its own axis and to tilt relative to the races (11, 12) to vary the drive ratio; characterised in that a control pinion which is disposed between the sun (25A, 25B) and ring (26A, 26B) gear and meshes with both, the control pinion is mounted to the housing in a manner which permits it to rotate freely about a pinion axis but prevents the pinion axis from moving with respect to the housing. a sun gear (25A, 25B) between the race (11, 12); a ring gear (26A, 26B) between the races (11, 12) the ring gear (24A, 26B) being radially outward of the sun gear, (25A, 25B) a carrier gear which is disposed between the sun (25A, 25B) and ring (26A, 26B) gears (25A, 25B) gears (26A, 26B) and meshes with both, and upon which the roller is mounted in a manner which enables the roller to spin about its own axis and to tilt relative to the races (11, 12) to vary the drive ratio; characterised in that a control pinion which is disposed between the sun (25A, 25B) and ring (26A, 26B) gear and meshes with both, the control pinion is mounted to the housing in a manner which permits it to rotate freely about a pinion axis but prevents the pinion axis from moving with respect to the housing.
An electroluminescent device successively comprising a cathode, an electroluminescent layer, a transparent electrode layer and a transparent sheet/plate, wherein: an evanescent light-scattering layer comprising a matrix component and light-scattering particles is provided between the transparent electrode layer and the transparent sheet/plate; a difference between the refractive index of the matrix component of the evanescent light-scattering layer and the refractive index of the transparent electrode layer is not more than 0.3; a low-refractive layer is provided between the evanescent light-scattering layer and the transparent sheet/plate; and the refractive index of the low-refractive layer is lower than that of the transparent sheet/plate. an evanescent light-scattering layer comprising a matrix component and light-scattering particles is provided between the transparent electrode layer and the transparent sheet/plate; a difference between the refractive index of the matrix component of the evanescent light-scattering layer and the refractive index of the transparent electrode layer is not more than 0.3; a low-refractive layer is provided between the evanescent light-scattering layer and the transparent sheet/plate; and the refractive index of the low-refractive layer is lower than that of the transparent sheet/plate.
An inking unit (03; 13) of a printing unit with at least a first inking unit roller (17; 27), and with a second inking unit roller (18; 28) pivoting back and forth between the first inking unit roller (17; 27) and a third inking unit roller spaced at a distance from the first inking unit roller (17; 27), wherein a pivot drive is provided for pivoting the second inking unit roller with a drive means, which is mechanically independent from the rotation of the printing unit cylinders (02; 04; 12; 14) and inking unit rollers (17; 18; 19; 22; 23; 24; 27; 28) provided in the printing unit, and wherein the screwing down force for the first and/or third inking unit roller (17; 19) can be set by the fact that a set point value for the drive means can be predefined and/or changed by remote actuation by acting on an adjustment means (52; 69), characterized in that the drive means is configured as a linear or rotary drive that is operated or can be operated by application of pressure fluid and the screwing down force for the first and/or third inking unit roller (17; 19) can be adjusted by setting or variation of a pressure level of the drive means.
A device (800, 1000) for detecting a heart rate, the device comprising at least one capacitive displacement sensor coupled to a strap, wherein the at least one capacitive displacement sensor comprises at least two electrodes, and the at least one capacitive displacement sensor detects a pulse by producing a signal associated with a distance change between a skin of a wearer of the device and the at least one capacitive displacement sensor, wherein the at least one capacitive displacement sensor comprises an outer transmitting electrode and an inner receiving electrode, wherein the outer transmitting electrode and the inner receiving electrode are in concentric arrangement.
A processor comprising: a core to execute instructions, the core including a clock generation circuit, responsive to a power up command to cause the core to exit from a low power state, to receive and distribute a first clock signal at a first operating frequency provided from a phase lock loop of the processor to a plurality of units (225 01 -225 0n) of the core during execution of a power up sequence by the core, wherein the first operating frequency is a current operating frequency of the processor, the clock generation circuit further including a dynamic clock logic to receive, during execution of the power up sequence, a dynamic clock frequency command and to cause the clock generation circuit to distribute the first clock signal to at least one of the plurality of units at a second operating frequency during the execution of the power up sequence.
An engine, comprising: a cylinder head having an attachment hole formed therein: a retainer attached to the cylinder head; a pressing member having a pressed surface configured to be pressed by the retainer; an injector inserted into the attachment hole and having an indentation configured to be pressed by the pressing member, a cylindrical sleeve arranged outside the injector and inserted into the attachment hole; and a seal member arranged between a distal end portion of the injector and the sleeve, wherein the indentation is arranged inside the attachment hole, and the pressed surface is arranged outside the attachment hole, a gap relative to an insertion direction is formed between the sleeve and the pressing member, the insertion direction being a direction in which the injector is inserted into the attachment hole, and the gap is smaller than a thickness of the seal member relative to the insertion direction. a cylinder head having an attachment hole formed therein: a retainer attached to the cylinder head; a pressing member having a pressed surface configured to be pressed by the retainer; an injector inserted into the attachment hole and having an indentation configured to be pressed by the pressing member, a cylindrical sleeve arranged outside the injector and inserted into the attachment hole; and a seal member arranged between a distal end portion of the injector and the sleeve, wherein the indentation is arranged inside the attachment hole, and the pressed surface is arranged outside the attachment hole, a gap relative to an insertion direction is formed between the sleeve and the pressing member, the insertion direction being a direction in which the injector is inserted into the attachment hole, and the gap is smaller than a thickness of the seal member relative to the insertion direction.
Patient turning device for turning a patient in a bed, which bed has a top side and two lateral sides (10a,10b) and wherein the patient lies on a sheet on the top side, the device comprising: a base provided with wheels for moving across a floor, wherein the base is adapted for positioning the device on the floor at either of the two lateral sides of the bed; a frame supported by the base, and comprising a driven elongated roller adapted for engaging the sheet and winding part (11a,11b) of the sheet onto the roller; a lifting mechanism (140, 141), adapted for lifting and lowering the frame relative to the base between a lifted and a lowered position; characterised in that the driven roller is adapted for winding the sheet onto the roller during lifting of the frame, wherein the lifting mechanism and the driven roller are mechanically connected to a common drive for driving rotation of the roller while simultaneously driving movement of the frame between the lifted and the lowered position, wherein the common drive comprises a manually powered drive. a base provided with wheels for moving across a floor, wherein the base is adapted for positioning the device on the floor at either of the two lateral sides of the bed; a frame supported by the base, and comprising a driven elongated roller adapted for engaging the sheet and winding part (11a,11b) of the sheet onto the roller; a lifting mechanism (140, 141), adapted for lifting and lowering the frame relative to the base between a lifted and a lowered position; characterised in that the driven roller is adapted for winding the sheet onto the roller during lifting of the frame, wherein the lifting mechanism and the driven roller are mechanically connected to a common drive for driving rotation of the roller while simultaneously driving movement of the frame between the lifted and the lowered position, wherein the common drive comprises a manually powered drive.
Bimodal polypropylene random copolymer of propylene and 2.5 - 7.0 wt.-% of ethylene as comonomer produced in the presence of a single site based catalyst, having a Melt Flow Rate 20.0 - 120.0 g/10 min when determined according to ISO1133 at 230 °C and 2.16 kg and comprising a. 25.0 - 70.0 wt.-% of a first polypropylene fraction being a propylene homopolymer or a random copolymer of propylene and ethylene as comonomer comprising up to 2.0 wt.-% of comonomer and b. 30.0 - 75.0 wt.-% of a second polypropylene fraction being a random copolymer of propylene and ethylene as comonomer comprising 3.0 - 10.0 wt.-% of comonomer, and wherein the bimodal polypropylene random copolymer is characterised by a Crystallization Temperature (Tc) according to ISO 11357 of at least 115 °C and 2.0 - 15.0 wt.-% of the bimodal polypropylene random copolymer being soluble in cold xylene when measured according to ISO 16152. a. 25.0 - 70.0 wt.-% of a first polypropylene fraction being a propylene homopolymer or a random copolymer of propylene and ethylene as comonomer comprising up to 2.0 wt.-% of comonomer and b. 30.0 - 75.0 wt.-% of a second polypropylene fraction being a random copolymer of propylene and ethylene as comonomer comprising 3.0 - 10.0 wt.-% of comonomer,
A communication terminal comprising: a relaying device selecting means for selecting a relaying device from among a plurality of relaying devices capable of relaying communication from the communication terminal to a destination terminal, wherein the selected relaying device discloses, at a disclosure level designated from among multiple disclosure levels, one or more attributes of a user of the communication terminal; and a communication means for communicating to the destination terminal through the selected relaying device, wherein each of the relaying devices discloses the attributes of the user to the destination terminal, wherein the attributes of the user include the attribute disclosed by different one of the relaying devices at a lower one of the disclosure levels. a relaying device selecting means for selecting a relaying device from among a plurality of relaying devices capable of relaying communication from the communication terminal to a destination terminal, wherein the selected relaying device discloses, at a disclosure level designated from among multiple disclosure levels, one or more attributes of a user of the communication terminal; and a communication means for communicating to the destination terminal through the selected relaying device, wherein each of the relaying devices discloses the attributes of the user to the destination terminal, wherein the attributes of the user include the attribute disclosed by different one of the relaying devices at a lower one of the disclosure levels.
An organosilicone resin composition, characterized in that the organosilicone resin composition comprises in parts by weight: 100 parts of a condensation type silicone resin; 0.0001-2 parts of a catalyst; and 0.001-10 parts of an adjuvant wherein the condensation type silicone resin is any one selected from the group consisting of a methyl silicone resin, a methylphenyl silicone resin and a phenyl silicone resin with R/Si = 1.0-1.7 (molar ratio) and Ph/(Me+Ph) = 0-1.0 (molar ratio), or a mixture of at least two selected therefrom, wherein Ph represents a phenyl group, Me represents a methyl group, and R represents an organic functional group selected from -CH 3, -Ph, -OCH 3, - OCH 2 CH 3, -H or -OH; and wherein the adjuvant comprises any one selected from the group consisting of a silane coupling agent, a titanate coupling agent, and a dispersant, or a mixture of at least two selected therefrom. 100 parts of a condensation type silicone resin; 0.0001-2 parts of a catalyst; and 0.001-10 parts of an adjuvant
A method for analyzing a target nucleic acid, the method comprising the steps of: forming a plurality of droplets each containing a single wild-type target nucleic acid or a single mutant of the target nucleic acid, a first probe labeled with a first fluorophore specific for the wild-type target nucleic acid, a second probe labeled with a second fluorophore specific for the mutant of the target nucleic acid, and one or more amplification reagents; amplifying the target nucleic acid(s) in the droplets, thereby generating a first set of droplets each containing an amplified wild-type target nucleic acid, a second set of droplets each containing an amplified mutant of the target nucleic acid, and a third set of droplets each containing an amplified wild-type target nucleic acid and a variant generated by amplification error; detecting signals from the first, second, and third sets of droplets, wherein the signal from the first set of droplets is a homogenous signal of the first fluorophore, the signal from the second set of droplets is a homogenous signal of the second fluorophore, the signal from the third set of droplets is a heterogeneous signal of both fluorophores; and analyzing the first and second sets of droplets and excluding the third set of droplets from analysis. forming a plurality of droplets each containing a single wild-type target nucleic acid or a single mutant of the target nucleic acid, a first probe labeled with a first fluorophore specific for the wild-type target nucleic acid, a second probe labeled with a second fluorophore specific for the mutant of the target nucleic acid, and one or more amplification reagents; amplifying the target nucleic acid(s) in the droplets, thereby generating a first set of droplets each containing an amplified wild-type target nucleic acid, a second set of droplets each containing an amplified mutant of the target nucleic acid, and a third set of droplets each containing an amplified wild-type target nucleic acid and a variant generated by amplification error; detecting signals from the first, second, and third sets of droplets, wherein the signal from the first set of droplets is a homogenous signal of the first fluorophore, the signal from the second set of droplets is a homogenous signal of the second fluorophore, the signal from the third set of droplets is a heterogeneous signal of both fluorophores; and analyzing the first and second sets of droplets and excluding the third set of droplets from analysis.
A packaged carbon fiber precursor tow wherein a carbon fiber precursor tow having a flattened shape in cross section and having a first surface and a second surface opposite to the first surface is layered and packaged in a packaging container in untwisted state, a front end and a back end of the carbon fiber precursor tow thus packaged are located near a top surface of the carbon fiber precursor tow fully layered, and there is no twist in a part of the carbon fiber precursor tow from a bottom part of the packaged carbon fiber precursor tow to a front end of the carbon fiber precursor tow near the top surface thereof characterized in that top/bottom surface identification means configured to identify the first surface and the second surface of the carbon fiber precursor tow are respectively provided at the front end and the back end of the tow.
A method of controlling a lighting device, comprising: receiving, at a processor, position sensor data, the position sensor data representing a position of at least one of a user's head and a user's eyes; determining, by the processor, whether the user is looking at a task area based on the position sensor data; and characterised by the method comprising: controlling, by the processor, to turn a light emitted by the lighting device on to illuminate the task area in response to determining the user is looking at the task area and to turn the light off in response to determining the user is looking away from the task area. receiving, at a processor, position sensor data, the position sensor data representing a position of at least one of a user's head and a user's eyes; determining, by the processor, whether the user is looking at a task area based on the position sensor data; and characterised by the method comprising: controlling, by the processor, to turn a light emitted by the lighting device on to illuminate the task area in response to determining the user is looking at the task area and to turn the light off in response to determining the user is looking away from the task area.