mhurhangee/ep-ind-claims huggingface dataset:
A substrate heat treatment apparatus comprising: a treatment chamber that can be evacuated; a heater for a substrate heat treatment process of heating a substrate placed within the treatment chamber that can be evacuated so that the substrate can be processed thermally by said heater; a susceptor having a substrate supporting surface for supporting the substrate on an upper side of the susceptor, and a cap disposed on the upper side of the susceptor so as to cover the substrate from above the susceptor and separate the substrate from a space within the treatment chamber, wherein the heater is arranged inside the susceptor on a side of the susceptor that is opposite the substrate supporting surface, and the substrate supporting surface of said susceptor is covered with a material that includes pyrolytic carbons so as not to degas during the substrate heat treatment process, and at least a surface of said cap located on a side thereof which faces the substrate supporting surface is covered with a material that includes pyrolytic carbons so as not to degas during the substrate heat treatment process. a treatment chamber that can be evacuated; a heater for a substrate heat treatment process of heating a substrate placed within the treatment chamber that can be evacuated so that the substrate can be processed thermally by said heater; a susceptor having a substrate supporting surface for supporting the substrate on an upper side of the susceptor, and a cap disposed on the upper side of the susceptor so as to cover the substrate from above the susceptor and separate the substrate from a space within the treatment chamber, wherein the heater is arranged inside the susceptor on a side of the susceptor that is opposite the substrate supporting surface, and the substrate supporting surface of said susceptor is covered with a material that includes pyrolytic carbons so as not to degas during the substrate heat treatment process, and at least a surface of said cap located on a side thereof which faces the substrate supporting surface is covered with a material that includes pyrolytic carbons so as not to degas during the substrate heat treatment process.
An information determination method, comprising: determining a reference point of a starting symbol for a time domain resource allocation of a physical downlink shared channel, PDSCH, in a downlink control information, DCI, in a DCI format for scheduling a traffic channel according to a traffic channel mapping type, wherein the reference point comprises: a slot boundary and a physical downlink control channel, PDCCH, related symbol, wherein the traffic channel mapping type is among a set of traffic channel mapping types comprising a Type A and a Type B; determining a time domain resource allocation, TDRA, table with the PDCCH related symbol that serves as the reference point to be used in the DCI format to be added to the DCI, wherein the DCI is associated with the PDCCH related symbol, and the DCI format comprises a DCI format 1_2 for scheduling the PDSCH, characterised in that a DCI size alignment operation is performed when the DCI format is added to the DCI and comprises: a size of DCI format 0_0 and a size of DCI format 1_0 are aligned; a size of DCI format 0_1 and a size of DCI format 1_1 are aligned; and a size of DCI format 0_2 and a size of DCI format 1_2 are aligned. determining a reference point of a starting symbol for a time domain resource allocation of a physical downlink shared channel, PDSCH, in a downlink control information, DCI, in a DCI format for scheduling a traffic channel according to a traffic channel mapping type, wherein the reference point comprises: a slot boundary and a physical downlink control channel, PDCCH, related symbol, wherein the traffic channel mapping type is among a set of traffic channel mapping types comprising a Type A and a Type B; determining a time domain resource allocation, TDRA, table with the PDCCH related symbol that serves as the reference point to be used in the DCI format to be added to the DCI, wherein the DCI is associated with the PDCCH related symbol, and the DCI format comprises a DCI format 1_2 for scheduling the PDSCH, characterised in that a DCI size alignment operation is performed when the DCI format is added to the DCI and comprises: a size of DCI format 0_0 and a size of DCI format 1_0 are aligned; a size of DCI format 0_1 and a size of DCI format 1_1 are aligned; and a size of DCI format 0_2 and a size of DCI format 1_2 are aligned. a size of DCI format 0_0 and a size of DCI format 1_0 are aligned; a size of DCI format 0_1 and a size of DCI format 1_1 are aligned; and a size of DCI format 0_2 and a size of DCI format 1_2 are aligned.
A railing system which, when the railing is erected as intended, comprises, apart from a gap between adjacent railing panels, a railing panel front comprising a plurality of mutually adjacent railing panels which is continuous over the course of the railing, wherein the railing panels, when the railing is erected in accordance with the intended use, are inserted upright with their lower edge region in a floor profile, which is fastened to a structural body, and a handrail profile is placed on their upper edge region, a securing element being provided which, when the railing is erected in accordance with the intended use, extends within the gap between two adjacent railing panels and between the handrail profile and the floor profile and connects the handrail profile to the floor profile, or wherein the railing panels, when the railing is erected in accordance with the intended use, are inserted upright with their lower edge region in a receptacle introduced into a structural body and a handrail profile is placed on their upper edge region, a securing element being provided which, when the railing is erected in accordance with the intended use, extends within the gap between two adjacent railing panels and between the handrail profile and the structural body and connects the handrail profile to the structural body.
A solar cell module comprising an upper protective material, an encapsulant for use on the side of the upper protective material, a solar cell device, an encapsulant for use on the side of a back sheet, and the back sheet, wherein the encapsulant and the encapsulant satisfy the following requirement (P-1): Requirement (P-1): The flow beginning temperature (°C) of the encapsulant and the flow beginning temperature (°C) of the encapsulant, as measured under a load of 1 kgf/cm 2, have the following relationship: 50 °C ≥ TB − TD ≥ 15 °C Requirement (P-1): The flow beginning temperature (°C) of the encapsulant and the flow beginning temperature (°C) of the encapsulant, as measured under a load of 1 kgf/cm 2, have the following relationship: 50 °C ≥ TB − TD ≥ 15 °C
Method for forming stacks of rod-shaped objects, such as lumber, in particular slats made of wood, comprising the step: - providing rod-shaped objects, characterized by the steps: - singulating the rod-shaped objects, - moving the singulated rod-shaped objects onwards transversely to their longitudinal extension, and - forming stacks, containing a plurality of rod-shaped objects located one above the other, wherein rod-shaped objects are subjected to a quality check after being singulated, in that unwanted rod-shaped objects, in particular rod-shaped objects with a negative result of the quality check, are separated out prior to stacks being formed, wherein rod-shaped objects are fed in below a lowermost rod-shaped object when forming stacks of rod-shaped objects, and wherein stacks are inserted into a compartment, in particular into a compartment of a slat laying unit. - providing rod-shaped objects, characterized by the steps: - singulating the rod-shaped objects, - moving the singulated rod-shaped objects onwards transversely to their longitudinal extension, and - forming stacks, containing a plurality of rod-shaped objects located one above the other, wherein rod-shaped objects are subjected to a quality check after being singulated, in that unwanted rod-shaped objects, in particular rod-shaped objects with a negative result of the quality check, are separated out prior to stacks being formed, wherein rod-shaped objects are fed in below a lowermost rod-shaped object when forming stacks of rod-shaped objects, and wherein stacks are inserted into a compartment, in particular into a compartment of a slat laying unit. - singulating the rod-shaped objects, - moving the singulated rod-shaped objects onwards transversely to their longitudinal extension, and - forming stacks, containing a plurality of rod-shaped objects located one above the other,
Motor vehicle with a rear axle with two rear axles (1, 2), preferably rigid axles, in particular driven or driveable separately or independently from one another, whose movements are coupled with two self-aligning carriers, - wherein each rear axle (1, 2) respectively carries at least one spring unit on both sides, preferably in the middle section of the respective half-axes, - wherein a self-aligning bearing is formed on each of the two self-aligning carriers between the respective self-aligning bearings (6, 7) of the spring units, wherein the self-aligning carrier mounted respectively on the chassis and/or vehicle frame of the vehicle is pivotable about an axis extending transversely to the chassis and/or the vehicle frame, - wherein the spring units are formed by helical compression springs and the support points (6, 7) of the two compression coil springs are respectively located on the same side in the end region of an arm of the same self-aligning carrier, characterized in that the self-aligning bearing is located asymmetrically on the self-aligning carrier with respect to the support points (6, 7) of the spring units or the two rear axles (1, 2), and between the self-aligning bearing and the rear support point or the rear axle, and is located at a greater distance than the distance between the self-aligning bearing and the front support point or the front rear axle. - wherein each rear axle (1, 2) respectively carries at least one spring unit on both sides, preferably in the middle section of the respective half-axes, - wherein a self-aligning bearing is formed on each of the two self-aligning carriers between the respective self-aligning bearings (6, 7) of the spring units, wherein the self-aligning carrier mounted respectively on the chassis and/or vehicle frame of the vehicle is pivotable about an axis extending transversely to the chassis and/or the vehicle frame, - wherein the spring units are formed by helical compression springs and the support points (6, 7) of the two compression coil springs are respectively located on the same side in the end region of an arm of the same self-aligning carrier,
A compact case, comprising: - a case body; - a content plate for containing a cosmetic material; - a cover mounted on the case body movable between a closed position and an open position; - a repulsive member exerting an upward pushing force to rotate the cover; wherein: - the case body has rising grounds formed on both sides of the upper surface and a depressed portion containing a puff; - the content plate resides inside said depressed portion, above the puff, and is connected to the case body with a hinge; - the cover is mounted between the rising grounds of the case body, - a rail plate having a pair of rails is provided on the center of the bottom side of the cover; - a rail member is provided on the case body, above a pushing member, and has a pair of rail holes cooperating with the rail plate so as to allow a sliding movement of the cover, said rail member being connected to said case body by a hinge, - the repulsive member being adapted to exert the upward pushing force on the pushing member; wherein, when the cover moves from the closed position to the open position, it slides to one side of the case body and exposes the content plate while the rail of the rail plate slides along the rail holes of the rail member until the pushing member applies the upward pushing force to the rail member, thereby rotating and lifting upward the cover. - a case body; - a content plate for containing a cosmetic material; - a cover mounted on the case body movable between a closed position and an open position; - a repulsive member exerting an upward pushing force to rotate the cover; - the case body has rising grounds formed on both sides of the upper surface and a depressed portion containing a puff; - the content plate resides inside said depressed portion, above the puff, and is connected to the case body with a hinge; - the cover is mounted between the rising grounds of the case body, - a rail plate having a pair of rails is provided on the center of the bottom side of the cover; - a rail member is provided on the case body, above a pushing member, and has a pair of rail holes cooperating with the rail plate so as to allow a sliding movement of the cover, said rail member being connected to said case body by a hinge, - the repulsive member being adapted to exert the upward pushing force on the pushing member;
Gearshift lever device for a vehicle gearbox having a mount, a gearshift lever which is movably supported on the mount, comprises a gripping face and can be moved into predefined gearshift lever positions (P, R, N, D), a sensor device by means of which the current gearshift lever position can be sensed, an evaluation device which is coupled to the sensor device for controlling the gearbox, by means of which evaluation device a change of the gearshift lever position can be detected in conjunction with the sensor device, and at least one contact sensor which is electronically coupled to the evaluation device and arranged on the gearshift lever in the region of the gripping face and by means of which, in particular, human contact with the gripping face can be sensed and information about the contact state of the gripping face can be output to the evaluation device, characterized in that the evaluation device is configured to define and store a reference value for the sensitivity of the contact sensor on the basis of the information about the contact state when the gripping face is touched, to subsequently define a sensitivity value on the basis of the information about the contact state when the gripping face is touched further, and to evaluate a comparison between the reference value and the sensitivity value in order to define a need to transmit an electronic actuation signal.
A method of generating isolated, soluble, non-crosslinked oligomers of human IAPP, the method comprising: (a) dissolving human IAPP in an agent selected from the group consisting of 1,1,1,3,3,3 hexafluoro-2-propanol (HFIP), trifluoroethanol, and trifluoroacetic acid; (b) removing said agent to obtain non-structured forms of IAPP; (c) redissolving said non-structured form of IAPP in a solvent and an anionic surfactant, thereby generating isolated, soluble, non-crosslinked oligomers of human IAPP. (a) dissolving human IAPP in an agent selected from the group consisting of 1,1,1,3,3,3 hexafluoro-2-propanol (HFIP), trifluoroethanol, and trifluoroacetic acid; (b) removing said agent to obtain non-structured forms of IAPP; (c) redissolving said non-structured form of IAPP in a solvent and an anionic surfactant, thereby generating isolated, soluble, non-crosslinked oligomers of human IAPP.
An LED lamp bead, comprising a light-emitting body and a lamp bead bracket, wherein the lamp bead bracket comprises a light-emitting body fixing structure and a drive circuit; the light-emitting body fixing structure is configured for fixing the light-emitting body, and the drive circuit is connected with the light-emitting body, for driving the light-emitting body to emit light in response to a lamp bead trigger signal; and the drive circuit comprises an input pin and power supply pins, the power supply pins are connected to a power supply, and the input pin is configured for receiving the lamp bead trigger signal and transmitting it to the drive circuit, so that the drive circuit drives the light-emitting body to emit light; characterised in that the drive circuit comprises an IC chip and a light-emitting body control chip connected to the IC chip, and the light-emitting body control chip corresponds to the light-emitting body; the IC chip is configured for acquiring the lamp bead trigger signal, and sending the lamp bead trigger signal to the light-emitting body control chip; and the light-emitting body control chip is configured for receiving the lamp bead trigger signal, so as to trigger the light-emitting body to emit light. the light-emitting body fixing structure is configured for fixing the light-emitting body, and the drive circuit is connected with the light-emitting body, for driving the light-emitting body to emit light in response to a lamp bead trigger signal; and the drive circuit comprises an input pin and power supply pins, the power supply pins are connected to a power supply, and the input pin is configured for receiving the lamp bead trigger signal and transmitting it to the drive circuit, so that the drive circuit drives the light-emitting body to emit light; characterised in that the drive circuit comprises an IC chip and a light-emitting body control chip connected to the IC chip, and the light-emitting body control chip corresponds to the light-emitting body; the IC chip is configured for acquiring the lamp bead trigger signal, and sending the lamp bead trigger signal to the light-emitting body control chip; and the light-emitting body control chip is configured for receiving the lamp bead trigger signal, so as to trigger the light-emitting body to emit light.
An integrated hydroprocessing and fluid catalytic cracking process for the direct processing of a crude oil to produce olefinic and aromatic petrochemicals, the process comprising: a. charging the crude oil and hydrogen to a hydroprocessing zone operating under conditions effective to produce a hydroprocessed effluent having a reduced content of contaminants, an increased paraffinicity and an increased American Petroleum Institute gravity; b. separating the hydroprocessed effluent into a lower boiling fraction and a higher boiling fraction; c. cracking the lower boiling fraction in a first downflow reactor of a fluid catalytic cracking unit in the presence of a predetermined amount of catalyst to produce cracked products and spent catalyst; d. cracking the higher boiling fraction in a second downflow reactor of the fluid catalytic cracking unit in the presence of a predetermined amount of catalyst to produce cracked products and spent catalyst; e. regenerating spent catalyst from both the first and second downflow reactors in a common regeneration zone and recycling the regenerated catalyst back to the first and second downflow reactors; and f. recovering the first and second cracked product streams. a. charging the crude oil and hydrogen to a hydroprocessing zone operating under conditions effective to produce a hydroprocessed effluent having a reduced content of contaminants, an increased paraffinicity and an increased American Petroleum Institute gravity; b. separating the hydroprocessed effluent into a lower boiling fraction and a higher boiling fraction; c. cracking the lower boiling fraction in a first downflow reactor of a fluid catalytic cracking unit in the presence of a predetermined amount of catalyst to produce cracked products and spent catalyst; d. cracking the higher boiling fraction in a second downflow reactor of the fluid catalytic cracking unit in the presence of a predetermined amount of catalyst to produce cracked products and spent catalyst; e. regenerating spent catalyst from both the first and second downflow reactors in a common regeneration zone and recycling the regenerated catalyst back to the first and second downflow reactors; and f. recovering the first and second cracked product streams.
Connector housing having a first housing constituent featuring electrical components and a second housing constituent which forms a housing cap and can be connected to the first housing constituent, and having a recess in the second housing constituent, characterised in that the recess in the second housing constituent is bordered in an enclosed manner by the second housing constituent whereby an electrical connecting cable can be passed through the recess for the purpose of electrically connecting electric components from the first housing constituent whereby the first housing constituent shows a sword-like moulded element which covers the recess to a large extent once the second housing constituent has been joined to the first housing constituent.
A keypad structure for woodwind instrument tone holes comprising: a plurality of tone hole tubes in which tone holes (Ia) are formed on the woodwind instrument, a pad detachably attached to the tone hole tubes, and a key to which the pad is attached to the inside surface and which moves the pad, wherein the pad is disposed between the tone hole tube and the key, a solid body, that is melt when heated with hot air, is inserted between the pad and the inside surface of the key, such that when the solid body is cured at room temperature, and the solid body is filled in the entire inside space between the pad and the inner surface of the key, and in the joining part between the key and the pad, the inside space disappears and three parts of the pad, the solid body and the key are present, characterized in that the pad comprises an intermediate overlapping part; a paper attached to the upper and the lower surfaces of the intermediate overlapping part; a contact leather part and an inner leather part adhered to the upper and the lower surface of the intermediate overlapping part; and a fixing plated penetrating through the contact leather part, the intermediate overlapping part and the paper that is in the middle. wherein the pad is disposed between the tone hole tube and the key, a solid body, that is melt when heated with hot air, is inserted between the pad and the inside surface of the key, such that when the solid body is cured at room temperature, and the solid body is filled in the entire inside space between the pad and the inner surface of the key, and in the joining part between the key and the pad, the inside space disappears and three parts of the pad, the solid body and the key are present, characterized in that the pad comprises an intermediate overlapping part; a paper attached to the upper and the lower surfaces of the intermediate overlapping part; a contact leather part and an inner leather part adhered to the upper and the lower surface of the intermediate overlapping part; and a fixing plated penetrating through the contact leather part, the intermediate overlapping part and the paper that is in the middle.
A pipette tip device for capturing a repeatable volume of a source liquid, the pipette tip device comprising: an elongated body having an outer surface and an interior wall defining a channel open at a lower end of the body; the body defining an opening in an upper portion of the body, through which air can be drawn from the channel to draw liquids into the channel through the lower end of the body; wherein the portion of the interior wall defining the channel also defines a pocket open to the channel, the pocket sized to collect and retain, by use of capillary force, a metered dose of a liquid drawn into the channel as the channel is otherwise evacuated. an elongated body having an outer surface and an interior wall defining a channel open at a lower end of the body; the body defining an opening in an upper portion of the body, through which air can be drawn from the channel to draw liquids into the channel through the lower end of the body; wherein the portion of the interior wall defining the channel also defines a pocket open to the channel, the pocket sized to collect and retain, by use of capillary force, a metered dose of a liquid drawn into the channel as the channel is otherwise evacuated.