mhurhangee/ep-ind-claims huggingface dataset:
A method for evaluating partitioning of nucleic acid molecules in a sample of polynucleotides based on epigenetic state, comprising: a. partitioning nucleic acid molecules from at least a subset of the sample of polynucleotides into a plurality of partitioned sets; b. enriching at least a subset of molecules comprising specific target genomic regions from the plurality of partitioned sets to generate a set of enriched molecules, wherein the set of enriched molecules comprises a group of nucleic acid molecules from the sample of polynucleotides, wherein the group of nucleic acid molecules from the sample of polynucleotides comprises a set of endogenous control molecules, which correspond to at least one human genomic region with a non-variable epigenetic state; c. sequencing at least a subset of the set of enriched molecules to produce a plurality of sequencing reads; d. analyzing at least a subset of the set of sequencing reads to generate one or more epigenetic partition scores for the set of endogenous control molecules; and e. comparing the one or more epigenetic partition scores with one or more epigenetic partition cut-offs. a. partitioning nucleic acid molecules from at least a subset of the sample of polynucleotides into a plurality of partitioned sets; b. enriching at least a subset of molecules comprising specific target genomic regions from the plurality of partitioned sets to generate a set of enriched molecules, wherein the set of enriched molecules comprises a group of nucleic acid molecules from the sample of polynucleotides, wherein the group of nucleic acid molecules from the sample of polynucleotides comprises a set of endogenous control molecules, which correspond to at least one human genomic region with a non-variable epigenetic state; c. sequencing at least a subset of the set of enriched molecules to produce a plurality of sequencing reads; d. analyzing at least a subset of the set of sequencing reads to generate one or more epigenetic partition scores for the set of endogenous control molecules; and e. comparing the one or more epigenetic partition scores with one or more epigenetic partition cut-offs.
A word stenographic keyboard for use with the fingers and palm region (26, 28, 30) of one hand of a user, comprising: a. a first keypad located in a certain position accessible to a finger of the one hand of the user; b. a second keypad accessible to a finger of the one hand of the user; c. a third keypad accessible to a finger of the one hand of the user; d. a linkage arm for extending said first keypad outwardly from said certain position; e. a press pad, said press pad connected to said linkage arm for extending said first keypad outwardly therefrom, and located for contact by the palm region (26, 28, 30) of the one hand of the user to permit the simultaneously contact of said second keypad and said third keypad by fingers of one hand of the user to operate the same and contact of said press pad by the palm region (26, 28, 30) of the one hand of the user to operate said first keypad, wherein said simultaneous contact provides a signal representing a word in any spoken language. a. a first keypad located in a certain position accessible to a finger of the one hand of the user; b. a second keypad accessible to a finger of the one hand of the user; c. a third keypad accessible to a finger of the one hand of the user; d. a linkage arm for extending said first keypad outwardly from said certain position; e. a press pad, said press pad connected to said linkage arm for extending said first keypad outwardly therefrom, and located for contact by the palm region (26, 28, 30) of the one hand of the user to permit the simultaneously contact of said second keypad and said third keypad by fingers of one hand of the user to operate the same and contact of said press pad by the palm region (26, 28, 30) of the one hand of the user to operate said first keypad, wherein said simultaneous contact provides a signal representing a word in any spoken language.
A double flow turbojet including: - a low pressure compressor; - a series of casings (9,10) extending downstream of this low pressure compressor to delimit a primary flow path for circulating a primary stream, and including an upstream edge located downstream of the low pressure compressor and delimiting a circumferential inlet opening for this primary stream; - a high pressure compressor situated in the primary flow path; - a shroud surrounding the series of casings (9, 10) to delimit with this series of casings (9, 10) an intermediate flow path for circulating an intermediate stream, this shroud having an upstream edge surrounding the series of casings (9, 10) to delimit with this series of casings (9, 10) an inlet opening situated upstream of the high pressure compressor; - a secondary flow path casing surrounding the shroud to delimit with this shroud a secondary flow path for circulating a secondary stream; - an exhaust casing including an outer shell extending into an extension of the series of casings (9, 10) as well as radial arms coming from this outer shell, one at least of these radial arms collecting air coming from the intermediate flow path to supply with pressured air a central region of this exhaust casing, wherein air sucked by low pressure compressor is divided at a level of an intermediate casing situated between the low pressure compressor and the high pressure compressor, to form the primary stream, the intermediate stream, and the secondary stream. - a low pressure compressor; - a series of casings (9,10) extending downstream of this low pressure compressor to delimit a primary flow path for circulating a primary stream, and including an upstream edge located downstream of the low pressure compressor and delimiting a circumferential inlet opening for this primary stream; - a high pressure compressor situated in the primary flow path; - a shroud surrounding the series of casings (9, 10) to delimit with this series of casings (9, 10) an intermediate flow path for circulating an intermediate stream, this shroud having an upstream edge surrounding the series of casings (9, 10) to delimit with this series of casings (9, 10) an inlet opening situated upstream of the high pressure compressor; - a secondary flow path casing surrounding the shroud to delimit with this shroud a secondary flow path for circulating a secondary stream; - an exhaust casing including an outer shell extending into an extension of the series of casings (9, 10) as well as radial arms coming from this outer shell, one at least of these radial arms collecting air coming from the intermediate flow path to supply with pressured air a central region of this exhaust casing,
A method for additive manufacturing of three-dimensional objects from metals and their alloys in a process of melting subsequent layers of an alloying material in the form of a powder with a laser beam or an electron beam to obtain said object being manufactured with support structures which are afterwards detached from said object by chemical etching of the material in the etching liquid, characterized in that the support structures have a permeability higher than 10 -12 m 2, as measured in at least one direction parallel to a plane defined by a layer of the deposited powder, as mentioned in the description, and thickness of the support structure wall equal or lower than 1 mm, and the etching liquid contains at least one compound having by itself an effect of forming a passive layer on the surface of the processed material and the etching liquid is subjected to ultrasounds with an intensity larger than cavitation threshold of a medium, wherein the support structures are soaked in a solution containing only a first of two components of the etching liquid and then moved to a container containing a second component of the etching liquid to enable mixing of the first component and the second component and therefore start etching. characterized in that the support structures have a permeability higher than 10 -12 m 2, as measured in at least one direction parallel to a plane defined by a layer of the deposited powder, as mentioned in the description, and thickness of the support structure wall equal or lower than 1 mm, and the etching liquid contains at least one compound having by itself an effect of forming a passive layer on the surface of the processed material and the etching liquid is subjected to ultrasounds with an intensity larger than cavitation threshold of a medium, wherein the support structures are soaked in a solution containing only a first of two components of the etching liquid and then moved to a container containing a second component of the etching liquid to enable mixing of the first component and the second component and therefore start etching.
A method of storing or retrieving storage aids with a shuttle in a rack of an automated storage system, wherein the rack comprises several rack supports placed on a ground and several storage levels arranged vertically one above the other and comprising storage spaces arranged between the rack supports, and wherein adjacent rack supports of the rack which limit the width of a storage space have a clear width on the ground that is smaller than the length of the shuttle in a longitudinal axis of the shuttle and larger than the width of the shuttle in a transverse axis of the shuttle, and wherein the following steps are performed in the method: moving underneath the rack with the shuttle on the ground; coupling the shuttle to adjacent rack supports; a vertical ascent of the shuttle on these adjacent rack supports up to the height of the storage level of the storage space into which the storage aid is to be stored or from which the storage aid is to be retrieved; storing the storage aid from the shuttle into the storage space or retrieving the storage aid from the storage space onto the shuttle; a vertical descent of the shuttle on the adjacent rack supports down to the ground; moving out of the rack and/or moving in under the rack on the ground by the shuttle with a direction of travel along the longitudinal axis of the shuttle; characterized in that the method comprises the following further steps: rotating the shuttle by 90 degrees outside of the rack; coupling the shuttle by approaching only two of the adjacent rack supports, with the longitudinal axis of the shuttle being positioned essentially in parallel to a rack front of the rack. moving underneath the rack with the shuttle on the ground; coupling the shuttle to adjacent rack supports; a vertical ascent of the shuttle on these adjacent rack supports up to the height of the storage level of the storage space into which the storage aid is to be stored or from which the storage aid is to be retrieved; storing the storage aid from the shuttle into the storage space or retrieving the storage aid from the storage space onto the shuttle; a vertical descent of the shuttle on the adjacent rack supports down to the ground; moving out of the rack and/or moving in under the rack on the ground by the shuttle with a direction of travel along the longitudinal axis of the shuttle; rotating the shuttle by 90 degrees outside of the rack; coupling the shuttle by approaching only two of the adjacent rack supports, with the longitudinal axis of the shuttle being positioned essentially in parallel to a rack front of the rack.
An automatic cable tie apparatus for tightening and fastening a cable tie around a bundle of cables, comprising: a first motor imparting rotational movement to a first shaft separately in a first direction and a second direction wherein the first and second directions are one of a clockwise and counter-clockwise direction, respectively; a cable tie delivery mechanism operably joined to the first motor such that the cable tie delivery mechanism transfers a cable tie to a cable tie load starting position as the first shaft rotates in the first direction; and a transporter operably joined to the first motor such that the transporter transfers the cable tie from the cable tie load starting position to a cable tie tensioning position as the first shaft rotates in the second direction; characterized by a second motor imparting rotational movement to a second shaft separately in the first direction and the second direction; a cable tie guide operably joined to the second motor such that the cable tie guide directs the moving cable tie as the second shaft rotates in a direction corresponding to one of the first direction or the second direction; and a cable tie tensioner operably joined to the second motor such that the cable tie tensioner decreases a circumferential length of the cable tie as the second shaft rotates in an opposite direction to said direction corresponding to one of the first direction or the second direction. a first motor imparting rotational movement to a first shaft separately in a first direction and a second direction wherein the first and second directions are one of a clockwise and counter-clockwise direction, respectively; a cable tie delivery mechanism operably joined to the first motor such that the cable tie delivery mechanism transfers a cable tie to a cable tie load starting position as the first shaft rotates in the first direction; and a transporter operably joined to the first motor such that the transporter transfers the cable tie from the cable tie load starting position to a cable tie tensioning position as the first shaft rotates in the second direction; characterized by a second motor imparting rotational movement to a second shaft separately in the first direction and the second direction; a cable tie guide operably joined to the second motor such that the cable tie guide directs the moving cable tie as the second shaft rotates in a direction corresponding to one of the first direction or the second direction; and a cable tie tensioner operably joined to the second motor such that the cable tie tensioner decreases a circumferential length of the cable tie as the second shaft rotates in an opposite direction to said direction corresponding to one of the first direction or the second direction.
A weight measuring system (30,40) for weighing a vehicle, the weight measuring system comprising: at least two weighing mechanisms (10a,10b,10c,10d), each weighing mechanism comprising a pad (12a,12b,12c,12d) having a deformable fluid filled chamber and an outer wall with a lower surface for placing the pad on a stable surface and an upper surface configured to receive at least one wheel of the vehicle; a sensor unit operable to determine at least one measurable criteria of the fluid filled chamber and provide output sensor data indicative of the measurable criteria; a processor operable to act upon the output sensor data and, when the vehicle is received by the system, operable to provide local weight data indicative of the sensed weight of the vehicle applied through the wheel; and a user interface provided with a display, the user interface receiving data from the processor for output to a user; characterised in that: each weighing mechanism includes a sensor unit; and the local weight data is aggregated to provide an overall weight indication to determine whether the vehicle is loaded in an imbalanced manner. at least two weighing mechanisms (10a,10b,10c,10d), each weighing mechanism comprising a pad (12a,12b,12c,12d) having a deformable fluid filled chamber and an outer wall with a lower surface for placing the pad on a stable surface and an upper surface configured to receive at least one wheel of the vehicle; a sensor unit operable to determine at least one measurable criteria of the fluid filled chamber and provide output sensor data indicative of the measurable criteria; a processor operable to act upon the output sensor data and, when the vehicle is received by the system, operable to provide local weight data indicative of the sensed weight of the vehicle applied through the wheel; and a user interface provided with a display, the user interface receiving data from the processor for output to a user; characterised in that: each weighing mechanism includes a sensor unit; and the local weight data is aggregated to provide an overall weight indication to determine whether the vehicle is loaded in an imbalanced manner. each weighing mechanism includes a sensor unit; and the local weight data is aggregated to provide an overall weight indication to determine whether the vehicle is loaded in an imbalanced manner.
A composite surface material comprising a permeable substrate and a permeable surface layer on the substrate so that the material is permeable, wherein the substrate comprises particulate material bound in a permeable resin matrix, the particulate material comprising a recycled material, and further wherein the surface layer comprises a stone aggregate; characterised in that: the ratio of resin matrix to particulate material in the substrate is between 6 and 15% by weight. the ratio of resin matrix to particulate material in the substrate is between 6 and 15% by weight.
A vane compressor comprising: a housing having an intake port sucking a refrigerant gas from an external refrigeration cycle and a low pressure chamber communicating with the intake port; and a check valve for preventing backflow of the refrigerant gas from the low pressure chamber to the external refrigeration cycle, wherein the check valve includes a valve seat provided in the intake port and having an intake opening at the center thereof, a cylindrical valve body having an abutting portion abutting against the valve seat, a biasing member biasing the valve body in a direction in which the valve body abuts against the valve seat, and a guiding portion formed integrally with the housing and slidably housing the valve body, wherein the guiding portion has an opening through which part of a peripheral wall is opened to the low pressure chamber, wherein an opening area of the opening changes when a circumferential surface portion of the valve body slides along an inner wall of the guiding portion, and characterized in that a ratio of a change in the opening area of the opening to a change in a separation distance between the valve seat and the valve body changes stepwise from a small value to a large value as the separation distance increases. a housing having an intake port sucking a refrigerant gas from an external refrigeration cycle and a low pressure chamber communicating with the intake port; and a check valve for preventing backflow of the refrigerant gas from the low pressure chamber to the external refrigeration cycle, wherein the check valve includes a valve seat provided in the intake port and having an intake opening at the center thereof, a cylindrical valve body having an abutting portion abutting against the valve seat, a biasing member biasing the valve body in a direction in which the valve body abuts against the valve seat, and a guiding portion formed integrally with the housing and slidably housing the valve body, wherein the guiding portion has an opening through which part of a peripheral wall is opened to the low pressure chamber, wherein an opening area of the opening changes when a circumferential surface portion of the valve body slides along an inner wall of the guiding portion, and characterized in that a ratio of a change in the opening area of the opening to a change in a separation distance between the valve seat and the valve body changes stepwise from a small value to a large value as the separation distance increases.
A method comprising: processing, using a processor coupled to a memory, an unstructured binary code region that is single-threaded; determining a slice criterion for the region; traversing a program flow graph of the binary code region including nodes representing program statements and edges corresponding to control flow; and determining the edges as including a call edge, a return edge, and a fallthrough pseudo-edge for the region based on analysis of the region at a binary level, wherein the call edge is an outgoing edge of a node representing a procedure call instruction, and the fallthrough pseudo-edge immediately follows, in program binary order, the procedure call instruction corresponding to the call edge; generating a context-sensitive code slice based on the call edge, the return edge, the fallthrough pseudo-edge, and the slice criterion, by traversing the return edge and determining a recursive subslice for the region based on the return edge; and saving the context-sensitive code slice in the memory. processing, using a processor coupled to a memory, an unstructured binary code region that is single-threaded; determining a slice criterion for the region; traversing a program flow graph of the binary code region including nodes representing program statements and edges corresponding to control flow; and determining the edges as including a call edge, a return edge, and a fallthrough pseudo-edge for the region based on analysis of the region at a binary level, wherein the call edge is an outgoing edge of a node representing a procedure call instruction, and the fallthrough pseudo-edge immediately follows, in program binary order, the procedure call instruction corresponding to the call edge; generating a context-sensitive code slice based on the call edge, the return edge, the fallthrough pseudo-edge, and the slice criterion, by traversing the return edge and determining a recursive subslice for the region based on the return edge; and saving the context-sensitive code slice in the memory.
A method for generating a displayable menu from data of a menu data segment, the menu comprising separately rendered menu items (BG81,..., BG86'), wherein menu items include visible and selectable menu buttons (BG81,...,BG86) that each have one of the states unselected, selected or activated, wherein - at least one group of menu items is defined in the menu data segment, the group comprising two or more menu items (BG83, BG83'), wherein each of the two or more menu items has associated a defined area on the display and wherein the areas of different groups do not overlap and no display pixel belongs to more than one group; - a menu item belongs to not more than one of said groups; - a state is assigned to each menu item, the state being "enabled" or "disabled", wherein only an enabled menu item is displayed, and wherein not more than one menu item within a group is enabled simultaneously. - at least one group of menu items is defined in the menu data segment, the group comprising two or more menu items (BG83, BG83'), wherein each of the two or more menu items has associated a defined area on the display and wherein the areas of different groups do not overlap and no display pixel belongs to more than one group; - a menu item belongs to not more than one of said groups; - a state is assigned to each menu item, the state being "enabled" or "disabled", wherein only an enabled menu item is displayed, and wherein not more than one menu item within a group is enabled simultaneously.