mhurhangee/ep-ind-claims huggingface dataset:
Pellet press for pressing biogenic fibrous pellets, with an annular die that is rotatable, wherein the annular die comprises essentially radially extending through-holes and wherein the annular die creates a press space in its interior, into which biogenic fibrous press material can be fed; with at least one Koller roller (7; 8), eccentrically arranged with respect to the annular die and capable of rolling off in such a way on its inner perimeter, that the press material for creating the pellets is pressed through the through-holes; and with at least one cutting-to-length device (13; 14; 15; 16) that has a cutting-to-length means, fastened to a stationary housing part of the pellet press in such a way that the cutting-to-length means is arranged in the radially outer area of the rotatably mounted annular die at a distance from it, characterized in that the cutting-to-length device (13; 14; 15; 16) has a basic body with a concave circular arc-shaped radial guide surface, wherein the radial guide surface is arranged with a radial distance to the outer perimeter of the annual die, such that pellets broken in particular due to vibrations in the region of the through-hole, which protrude radially above the annular die in the radial direction thereof, come to bear against said radial guide surface in the region of their free end, in particular their end face, and are guided by said circular arc-shaped radial guide surface at a defined distance from the outer circumference of the annular die in the radial direction of the annular die. with an annular die that is rotatable, wherein the annular die comprises essentially radially extending through-holes and wherein the annular die creates a press space in its interior, into which biogenic fibrous press material can be fed; with at least one Koller roller (7; 8), eccentrically arranged with respect to the annular die and capable of rolling off in such a way on its inner perimeter, that the press material for creating the pellets is pressed through the through-holes; and with at least one cutting-to-length device (13; 14; 15; 16) that has a cutting-to-length means, fastened to a stationary housing part of the pellet press in such a way that the cutting-to-length means is arranged in the radially outer area of the rotatably mounted annular die at a distance from it,
A medical manipulator comprising: a handle; a shaft that extends from the handle; a distal end working unit having an end effector capable of performing an opening and closing operation, and which is connected tiltably with respect to the shaft, and further which is capable of performing a rolling operation; an opening and closing drive transmission part that transmits a driving force for performing the opening and closing operation from the handle to the distal end working unit; and a rotating drive transmission part for transmitting a rotational force for performing the rolling operation from the handle to the distal end working unit, wherein: the rotating drive transmission part includes a rolling drive transmission pipe, which extends along a direction of extension of the shaft and is rotatably disposed in an interior of the shaft, an intermediate member, which is disposed in a joint between the shaft and the distal end working unit, meshes with the rolling drive transmission pipe, and is rotatable about a tilting fulcrum of the distal end working unit, and a distal end side rotating body, which is disposed in the distal end working unit, meshes with the intermediate member, and is rotatable about a roll axis (Or); and the opening and closing drive transmission part is arranged inside the rolling drive transmission pipe, and a portion of the opening and closing drive transmission part that is inserted at least through the joint is flexible. a handle; a shaft that extends from the handle; a distal end working unit having an end effector capable of performing an opening and closing operation, and which is connected tiltably with respect to the shaft, and further which is capable of performing a rolling operation; an opening and closing drive transmission part that transmits a driving force for performing the opening and closing operation from the handle to the distal end working unit; and a rotating drive transmission part for transmitting a rotational force for performing the rolling operation from the handle to the distal end working unit, the rotating drive transmission part includes a rolling drive transmission pipe, which extends along a direction of extension of the shaft and is rotatably disposed in an interior of the shaft, an intermediate member, which is disposed in a joint between the shaft and the distal end working unit, meshes with the rolling drive transmission pipe, and is rotatable about a tilting fulcrum of the distal end working unit, and a distal end side rotating body, which is disposed in the distal end working unit, meshes with the intermediate member, and is rotatable about a roll axis (Or); and the opening and closing drive transmission part is arranged inside the rolling drive transmission pipe, and a portion of the opening and closing drive transmission part that is inserted at least through the joint is flexible.
Adhesive melting apparatus for an edge-banding machine, wherein the adhesive melting apparatus comprises a melt chamber for accommodating adhesive material to be melted, a melting device having an electrically heatable melting body for melting the adhesive material, and a pressing piston that is movable in a feed direction for pressing the adhesive material located in the melt chamber against the melting body, and wherein the melting body comprises a multitude of through-channels, which extend in the feed direction, and wherein the melting device comprises a collection body, which adjoins the melting body in the feed direction and is releasably connectable to the melting body, wherein the collection body comprises a plurality of collection channels (68, 70, 72, 74, 76) into which the through-channels of the melting body open and which guide the molten adhesive material to an outlet region of the collection body, characterized in that a plurality of through-channels open successively into the collection channels (68, 70, 72, 74, 76) in the direction of the outlet region and the flow cross-section of the collection channels (68, 70, 72, 74, 76) increases in the direction of the outlet region.
A system for creating a snapshot of a subset of a database that is stored as a plurality of segments (312, 314; 531-534) in a process address space, the system comprising: - a determining unit configured to determine from the plurality of segments one or more source segments (312, 314; 531-534) of the snapshot, and - a virtual memory creation unit configured to allocate for the snapshot one or more snapshot segments (332, 334) within the process address space, wherein the snapshot segments are mapped to same physical memory addresses as the source segments and wherein the source segments and/or the snapshot segments are set to copy-on-write; characterized in, the system comprises further a checkpoint module, the checkpoint module being configured to determine the one or more source segments by determining which segments have been changed in a previous checkpoint interval, wherein the one or more snapshot segments comprise at least the segments which have been changed in the previous checkpoint interval. - a determining unit configured to determine from the plurality of segments one or more source segments (312, 314; 531-534) of the snapshot, and - a virtual memory creation unit configured to allocate for the snapshot one or more snapshot segments (332, 334) within the process address space, wherein the snapshot segments are mapped to same physical memory addresses as the source segments and wherein the source segments and/or the snapshot segments are set to copy-on-write; characterized in, the system comprises further a checkpoint module, the checkpoint module being configured to determine the one or more source segments by determining which segments have been changed in a previous checkpoint interval,
An organometallic complex having a structure represented by a general formula, wherein X represents -N(R 10)-, wherein R 1 to R 9 each represent any of hydrogen, an alkyl group or a cycloalkyl group having 1 to 6 carbon atoms, an alkoxy group having 1 to 6 carbon atoms, an alkoxycarbonyl group having 1 to 6 carbon atoms, an acyl group having 1 to 6 carbon atoms, an acyloxy group having 1 to 6 carbon atoms, a halogen group, a haloalkyl group, and an aryl group having 6 to 12 carbon atoms, wherein R 10 represents any of an alkyl group or a cycloalkyl group having 1 to 6 carbon atoms, an acyl group having 1 to 6 carbon atoms, an aryl group having 6 to 12 carbon atoms, and a heteroaryl group having 4 to 10 carbon atoms, and wherein M represents an element belonging to Group 9 or 10. wherein X represents -N(R 10)-, wherein R 1 to R 9 each represent any of hydrogen, an alkyl group or a cycloalkyl group having 1 to 6 carbon atoms, an alkoxy group having 1 to 6 carbon atoms, an alkoxycarbonyl group having 1 to 6 carbon atoms, an acyl group having 1 to 6 carbon atoms, an acyloxy group having 1 to 6 carbon atoms, a halogen group, a haloalkyl group, and an aryl group having 6 to 12 carbon atoms, wherein R 10 represents any of an alkyl group or a cycloalkyl group having 1 to 6 carbon atoms, an acyl group having 1 to 6 carbon atoms, an aryl group having 6 to 12 carbon atoms, and a heteroaryl group having 4 to 10 carbon atoms, and wherein M represents an element belonging to Group 9 or 10.
Tool for the assembly of elastomeric seals, comprising: a. a first roller unit with first seal assembly roller that is motor-driven via a gearing; b. second roller unit with a second seal assembly roller that is motor-driven via the gearing, wherein the second seal assembly roller rotates with the same speed as the first seal assembly roller but in opposite rotation direction; wherein the first seal assembly roller and the second seal assembly roller comprise parallel rotation axes (66, 76) and the distance between the rotation axes (66, 76) is variable; c. a thrust control module, that presses the second seal assembly roller against the first seal assembly roller; and characterized in that the tool further comprises d. an adjusting plate arranged between the thrust control module and a tool body for pre-adjusting the predetermined and variable distance between the first seal assembly roller and the second seal assembly roller by modifying the position of the piston stroke range relative to the tool body. a. a first roller unit with first seal assembly roller that is motor-driven via a gearing; b. second roller unit with a second seal assembly roller that is motor-driven via the gearing, wherein the second seal assembly roller rotates with the same speed as the first seal assembly roller but in opposite rotation direction; wherein the first seal assembly roller and the second seal assembly roller comprise parallel rotation axes (66, 76) and the distance between the rotation axes (66, 76) is variable; c. a thrust control module, that presses the second seal assembly roller against the first seal assembly roller; and characterized in that the tool further comprises d. an adjusting plate arranged between the thrust control module and a tool body for pre-adjusting the predetermined and variable distance between the first seal assembly roller and the second seal assembly roller by modifying the position of the piston stroke range relative to the tool body.
Method for the cultivation of a number of plants, comprising providing a carrier with apertures for said plants (3, 13) and providing a water supply, wherein, in a preparatory stage a growth medium is arranged in each of the apertures, wherein for each of the apertures at least two horizontally opposing sides of an upper part of the growth medium are sideways supported along a height (h) by corresponding sides of a removable side support structure, removably arranged on top of the carrier (3, 13), and the roots of a plant of said plants or a precursor thereof is placed in the growth medium, wherein, in a first stage of growth of said plant or the precursor thereof, said carrier (3, 13) is provided above or on said water supply, and said plant or the precursor thereof is positioned at such a distance from said water supply that said roots of said plant or the precursor thereof are situated at a vertical distance (a) from said water supply, at least a significant part of the requirement for moisture of said plant or the precursor thereof is satisfied by an intermediate space between said carrier (3, 13) and said water supply and/or by said carrier, wherein said first stage of growth comprises at least a few days, wherein, in a second, further stage of growth of said plant, at least 90% of the moisture requirement of said plant is satisfied directly by said water supply, wherein, after the arranging of the growth medium in the aperture of the carrier, the removable side support structure is removed from the carrier such that for each of the apertures the at least two opposing sides of the upper part of the growth medium are exposed and for each of the apertures the growth medium can be gripped sideways at the opposing sides to lift the growth medium along with the plant from the aperture for increasing the horizontal distance between said plants, wherein, during the preparatory stage, after the placement of the plant or a precursor thereof in the growth medium, the plant or the precursor thereof is allowed to germinate in a germination room, wherein the removing of the removable side support structure from the carrier is done before the germination in the germination room.
A high-oxygen affinity agent for use in a method of increasing efficacy of radiation or chemotherapy applied to a tumor in a subject, said method comprising: delivering said high-oxygen affinity agent to the tumor by administering to the subject an oxygen carrier that incorporates the high-oxygen affinity agent, wherein: the high-oxygen affinity agent comprises a myoglobin composition; and oxygen partial pressure gradient characteristics of the high-oxygen affinity agent are such that oxygen is released from the high-oxygen affinity agent at oxygen tensions of less than 10 mmHg, wherein the released oxygen diffuses out of the oxygen carrier while the high-oxygen affinity agent remains within the oxygen carrier. the high-oxygen affinity agent comprises a myoglobin composition; and oxygen partial pressure gradient characteristics of the high-oxygen affinity agent are such that oxygen is released from the high-oxygen affinity agent at oxygen tensions of less than 10 mmHg, wherein the released oxygen diffuses out of the oxygen carrier while the high-oxygen affinity agent remains within the oxygen carrier.
A device comprising: a plurality of memory partitions, each of the plurality of memory partitions comprising: a plurality of non-volatile memory arrays, a data buffer to buffer data, and access circuitry to access the plurality of non-volatile memory arrays; and logic to: determine a memory access spacing for each of a plurality of memory access commands according to one or more timing rules, and queue the plurality of memory access commands with the determined memory access spacing for performance by the access circuitry of one or more of the plurality of memory partitions, characterized in that the one or more timing rules to indicate command spacing based on access type of a memory access command and access type of a previous memory access command to a same partition of the plurality of memory partitions. a plurality of memory partitions, each of the plurality of memory partitions comprising: a plurality of non-volatile memory arrays, a data buffer to buffer data, and access circuitry to access the plurality of non-volatile memory arrays; and a plurality of non-volatile memory arrays, a data buffer to buffer data, and access circuitry to access the plurality of non-volatile memory arrays; and logic to: determine a memory access spacing for each of a plurality of memory access commands according to one or more timing rules, and queue the plurality of memory access commands with the determined memory access spacing for performance by the access circuitry of one or more of the plurality of memory partitions, determine a memory access spacing for each of a plurality of memory access commands according to one or more timing rules, and queue the plurality of memory access commands with the determined memory access spacing for performance by the access circuitry of one or more of the plurality of memory partitions, characterized in that the one or more timing rules to indicate command spacing based on access type of a memory access command and access type of a previous memory access command to a same partition of the plurality of memory partitions.
A method for transmitting Demodulation-Reference Signal, DM-RS, configured for Vehicle-to-everything, V2X, communication, characterized in: determining, based on a first group-hopping associated with a first slot of a subframe, a first DM-RS for V2X communication, and determining, based on a second group-hopping associated with the first slot and with an offset, a second DM-RS for V2X communication; mapping the first DM-RS for V2X communication in a first symbol in the first slot of the subframe, and mapping the second DM-RS for V2X communication in a second symbol in the first slot of the subframe; determining, based on a third group-hopping associated with a second slot of the subframe, a third DM-RS for V2X communication, and determining, based on a fourth group-hopping associated with the second slot and with an offset, a fourth DM-RS for V2X communication; mapping the third DM-RS for V2X communication in a first symbol in the second slot of the subframe, and mapping the fourth DM-RS for V2X communication in a second symbol in the second slot of the subframe; and transmitting the mapped first DM-RS for V2X communication, the mapped second DM-RS for V2X communication, the mapped third DM-RS for V2X communication, and the mapped fourth DM-RS for V2X communication. determining, based on a first group-hopping associated with a first slot of a subframe, a first DM-RS for V2X communication, and determining, based on a second group-hopping associated with the first slot and with an offset, a second DM-RS for V2X communication; mapping the first DM-RS for V2X communication in a first symbol in the first slot of the subframe, and mapping the second DM-RS for V2X communication in a second symbol in the first slot of the subframe; determining, based on a third group-hopping associated with a second slot of the subframe, a third DM-RS for V2X communication, and determining, based on a fourth group-hopping associated with the second slot and with an offset, a fourth DM-RS for V2X communication; mapping the third DM-RS for V2X communication in a first symbol in the second slot of the subframe, and mapping the fourth DM-RS for V2X communication in a second symbol in the second slot of the subframe; and transmitting the mapped first DM-RS for V2X communication, the mapped second DM-RS for V2X communication, the mapped third DM-RS for V2X communication, and the mapped fourth DM-RS for V2X communication.
An oil filter for an oil filtration system, wherein said oil filter is for inserting into an oil filtration unit, the oil filtration unit being provided with two or more first physical structures (18,18',18") having a first cross-sectional shape and a predefined longitudinal length (x) in relation to the central axis of the oil filtration unit, wherein said oil filter comprises - a central opening extending along a central axis of the oil filter, - an end surface (28,31), - two or more second physical structures (23,23',23") being angled axially in relation to each other and having a second cross sectional shape and a predefined longitudinal length (y) in relation to the central axis of the oil filter and - an inner periphery of the two or more second physical structures (23,23',23") being arranged to mate with the outer periphery of the corresponding first physical structures (18,18',18") allowing the oil filter to reach its correct insertion position in the oil filtration unit by the two or more second physical structures (23,23',23") surrounding two or more first physical structures (18,18',18") at least partly, - where the end surface (28,31) of the oil filter relative to the central axis of the oil filter comprises the two or more second physical structures (23,23',23"), characterized in that - the two or more second physical structures (23,23',23") comprise a material as the filtering material of the oil filter, said material being natural or synthetic polymer. - a central opening extending along a central axis of the oil filter, - an end surface (28,31), - two or more second physical structures (23,23',23") being angled axially in relation to each other and having a second cross sectional shape and a predefined longitudinal length (y) in relation to the central axis of the oil filter and - an inner periphery of the two or more second physical structures (23,23',23") being arranged to mate with the outer periphery of the corresponding first physical structures (18,18',18") allowing the oil filter to reach its correct insertion position in the oil filtration unit by the two or more second physical structures (23,23',23") surrounding two or more first physical structures (18,18',18") at least partly, - where the end surface (28,31) of the oil filter relative to the central axis of the oil filter comprises the two or more second physical structures (23,23',23"), characterized in that - the two or more second physical structures (23,23',23") comprise a material as the filtering material of the oil filter, said material being natural or synthetic polymer.