mhurhangee/ep-ind-claims huggingface dataset:
A work vehicle comprising: an engine that is mounted on a traveling body; a straight-traveling system transmission path including a first stepless transmission device; a turning system transmission path including a second stepless transmission device; left and right traveling units that receive a driving force from the engine and move in forward and in reverse; a brake mechanism that brakes the traveling units; a brake operation tool that actuates the brake mechanism; and a control section that controls an output of the straight-traveling system transmission path and an output of the turning system transmission path in cooperation with each other, the output of the straight-traveling system transmission path and the output of the turning system transmission path being combined to drive the traveling units, wherein when an operation amount to the brake operation tool exceeds a first predetermined amount (θ3), the control section blocks a driving force output from the first stepless transmission device; characterized in that if the operation amount to the brake operation tool is the first predetermined amount (θ3) or less, the control section determines a position of a swash plate of the first stepless transmission device in accordance with the operation amount to the brake operation tool, and decelerates the output of the straight-traveling system transmission path. an engine that is mounted on a traveling body; a straight-traveling system transmission path including a first stepless transmission device; a turning system transmission path including a second stepless transmission device; left and right traveling units that receive a driving force from the engine and move in forward and in reverse; a brake mechanism that brakes the traveling units; a brake operation tool that actuates the brake mechanism; and a control section that controls an output of the straight-traveling system transmission path and an output of the turning system transmission path in cooperation with each other, the output of the straight-traveling system transmission path and the output of the turning system transmission path being combined to drive the traveling units, wherein when an operation amount to the brake operation tool exceeds a first predetermined amount (θ3), the control section blocks a driving force output from the first stepless transmission device; characterized in that if the operation amount to the brake operation tool is the first predetermined amount (θ3) or less, the control section determines a position of a swash plate of the first stepless transmission device in accordance with the operation amount to the brake operation tool, and decelerates the output of the straight-traveling system transmission path.
A bone plate system, comprising: a bone plate with a top surface and a bottom surface and a first end and a second end, the bone plate comprising; a base portion disposed between the first end and the second end; and at least one opening (126, 128) extending away from the top surface of the bone plate; at least one deformable member (106, 108) received within the at least one opening (126, 128) of the bone plate, wherein the at least one deformable member (106, 108) comprises: a first portion (194, 214) having a first opening (202, 228, 230); a second portion (196, 220) having a second opening (204, 232) coupled to and extending away from the first portion (194, 214); and wherein the first opening (228, 230) of one deformable member of the at least one deformable member (106, 108) comprises: two first openings (228, 230), wherein one first opening is positioned at the first end of the base portion, and wherein a second first opening is positioned at the second end of the base portion; and at least one coupling member (102, 104) engaging the at least one deformable member (106, 108) to couple the at least one coupling member (102, 104) and the at least one deformable member (106, 108) to the bone plate. a bone plate with a top surface and a bottom surface and a first end and a second end, the bone plate comprising; a base portion disposed between the first end and the second end; and at least one opening (126, 128) extending away from the top surface of the bone plate; a base portion disposed between the first end and the second end; and at least one opening (126, 128) extending away from the top surface of the bone plate; at least one deformable member (106, 108) received within the at least one opening (126, 128) of the bone plate, wherein the at least one deformable member (106, 108) comprises: a first portion (194, 214) having a first opening (202, 228, 230); a second portion (196, 220) having a second opening (204, 232) coupled to and extending away from the first portion (194, 214); and wherein the first opening (228, 230) of one deformable member of the at least one deformable member (106, 108) comprises: two first openings (228, 230), wherein one first opening is positioned at the first end of the base portion, and wherein a second first opening is positioned at the second end of the base portion; and a first portion (194, 214) having a first opening (202, 228, 230); a second portion (196, 220) having a second opening (204, 232) coupled to and extending away from the first portion (194, 214); and wherein the first opening (228, 230) of one deformable member of the at least one deformable member (106, 108) comprises: two first openings (228, 230), wherein one first opening is positioned at the first end of the base portion, and wherein a second first opening is positioned at the second end of the base portion; and at least one coupling member (102, 104) engaging the at least one deformable member (106, 108) to couple the at least one coupling member (102, 104) and the at least one deformable member (106, 108) to the bone plate.
Collapsible furniture body of an item of furniture for storing objects, comprising a bottom, a ceiling opposing the bottom, and a pair of sidewalls (4, 5) opposing each other and connecting the bottom and the ceiling with each other, wherein each sidewall (4, 5) is hingedly connected to the bottom and the ceiling by means of respective hinged connections defining respective pivot axes (X-X) parallel to one another, so that the furniture body may take on an erected configuration, in which the sidewalls (4, 5) are substantially perpendicular to the bottom and the ceiling, or a collapsed configuration, in which the sidewalls (4, 5) are substantially parallel to the bottom and the ceiling, wherein the bottom and the ceiling comprise a receiving groove for each sidewall (4, 5), chracterized in that each receiving groove longitudinally extends along a direction parallel to said pivot axes (X-X) and in the erected configuration of the furniture body removably receives an edge portion of a sidewall (4, 5) adjacent to the bottom or the ceiling substantially preventing lateral tilting of the sidewall (4, 5), wherein the hinged connections are configured so as to allow a relative translation between sidewalls (4, 5) and bottom and ceiling along a direction perpendicular to the bottom and the ceiling for engaging and disengaging the sidewalls (4, 5) into/from the respective receiving grooves. wherein each sidewall (4, 5) is hingedly connected to the bottom and the ceiling by means of respective hinged connections defining respective pivot axes (X-X) parallel to one another, so that the furniture body may take on an erected configuration, in which the sidewalls (4, 5) are substantially perpendicular to the bottom and the ceiling, or a collapsed configuration, in which the sidewalls (4, 5) are substantially parallel to the bottom and the ceiling, wherein the bottom and the ceiling comprise a receiving groove for each sidewall (4, 5), chracterized in that each receiving groove longitudinally extends along a direction parallel to said pivot axes (X-X) and in the erected configuration of the furniture body removably receives an edge portion of a sidewall (4, 5) adjacent to the bottom or the ceiling substantially preventing lateral tilting of the sidewall (4, 5), wherein the hinged connections are configured so as to allow a relative translation between sidewalls (4, 5) and bottom and ceiling along a direction perpendicular to the bottom and the ceiling for engaging and disengaging the sidewalls (4, 5) into/from the respective receiving grooves.
Cableway installation, comprising at least a housing suitable to carry passengers and equipped with a safety device which is movable between an access configuration and a safety configuration; said installation being characterized by comprising: - radiation emitting means; - reflecting means, adapted to reflect said radiation; - receiving means, adapted to receive a reflection of said radiation emitted by said reflecting means; wherein said emitting means, said reflecting means and said receiving means are arranged in said cableway installation in such a way that, in at least a predefined operating condition, said emitting means are facing said reflecting means to irradiate them, and said reflecting means are facing said receiving means to reflect said radiation towards them; said reflecting means being fixed at least to said safety device so as to reflect said radiation differently depending on whether said safety device is in said access configuration or that is in said safety configuration. - radiation emitting means; - reflecting means, adapted to reflect said radiation; - receiving means, adapted to receive a reflection of said radiation emitted by said reflecting means;
A method for classifying a patient with kidney cancer as having a higher risk of recurrence or a lower risk of recurrence comprising: measuring a level of RNA transcripts from each of the genes of each of the following gene subsets in a tumor sample obtained from the patient: a vascular normalization gene group, an immune response gene group, a cell growth/division gene group, and IL-6; wherein the vascular normalization gene group genes are: APOLD1, EDNRB, NOS3, and PPAP2B, and the immune response gene group genes are: CCL5, CEACAM1, and CX3CL1, and the cell growth/division gene group genes are: EIF4EBP1, LMNB1, and TUBB2A; calculating a recurrence score using the following algorithm: RS = − 0.45 × vascular normalization gene group score -0.31 × Immune response gene group score + 0.27 × cell growth / division gene group score + 0.04 × IL 6 where: vascular normalization gene group score = 0.5 APOLD 1 + 0.5 EDNRB + NOS 3 + PPAP 2 B / 4 cell growth / division gene group score = EIF 4 EBP 1 + 1.3 LMNB 1 + TUBB 2 A / 3; and immune response gene group score = 0.5 CCL 5 + CEACAM 1 + CX 3 CL 1 / 3; and classifying the patient as lower risk or higher risk based on the recurrence score by comparison with average population risk for kidney cancer patients.
A fixation device for engaging tissue, the fixation device comprising a locking mechanism, wherein the fixation device comprises a pair of distal elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging tissue, the first ends being movable between an open position wherein the free ends are spaced apart and a closed position wherein the free ends are closer together with the engagement surfaces generally facing each other, and wherein the locking mechanism comprises: a moveable stud coupled to the device, wherein movement of the stud actuates movement of the pair of distal elements to a desired position in a range from a first position to a second position; at least one element configured to engage the stud to restrict movement of the stud which locks the device in the desired position; and an unlocking mechanism configured to disengage the at least one element from the stud which allows movement of the stud; characterized in that the at least one element comprises a binding plate having a first end, a second end and a portion therebetween shaped to at least partially surround the stud, the binding plate positioned so that the portion at least partially surrounds the stud; wherein the portion shaped to at least partially surround the stud comprises an aperture, the binding plate positioned so that the stud passes through the aperture; and wherein the device further comprises a spring configured to force the aperture against the stud to restrict movement of the stud through the aperture. a moveable stud coupled to the device, wherein movement of the stud actuates movement of the pair of distal elements to a desired position in a range from a first position to a second position; at least one element configured to engage the stud to restrict movement of the stud which locks the device in the desired position; and an unlocking mechanism configured to disengage the at least one element from the stud which allows movement of the stud; characterized in that the at least one element comprises a binding plate having a first end, a second end and a portion therebetween shaped to at least partially surround the stud, the binding plate positioned so that the portion at least partially surrounds the stud; wherein the portion shaped to at least partially surround the stud comprises an aperture, the binding plate positioned so that the stud passes through the aperture; and wherein the device further comprises a spring configured to force the aperture against the stud to restrict movement of the stud through the aperture.
Breaded nugget product containing whole peeled shrimp or other peeled catch pieces, which contains 40% to 60% breading mixture, which contains breadcrumbs, flours and gruel mixture and 60% to 40% peeled shrimp or other peeled catch mixture, characterized in that the peeled shrimp or other peeled catch mixture contains a mixture of milled shrimp or other catch shell and water, which is used as coloring and binding material of the peeled shrimp or other peeled catch without use of synthetic coloring substances, this mixture not being used as breading material.
A device comprising: a substrate comprising at least 100 microwells, wherein each microwell has a volume ranging from about 1,000 μm 3 to about 786,000 μm 3, and a plurality of beads, wherein a plurality of the at least 100 microwells each contain a single bead, and wherein the ratio of the average diameter of the microwells to the diameter of the beads ranges from about 1.2 to about 1.8; and a flow cell in fluid communication with the substrate; and a pipette tip interface for loading or removing samples, assay reagents, bead suspensions, or waste from the device; and a valve that prevents fluid flow within the device unless a pipette tip is inserted into the conical feature of the pipette tip interface. a substrate comprising at least 100 microwells, wherein each microwell has a volume ranging from about 1,000 μm 3 to about 786,000 μm 3, and a plurality of beads, wherein a plurality of the at least 100 microwells each contain a single bead, and wherein the ratio of the average diameter of the microwells to the diameter of the beads ranges from about 1.2 to about 1.8; and a flow cell in fluid communication with the substrate; and a pipette tip interface for loading or removing samples, assay reagents, bead suspensions, or waste from the device; and a valve that prevents fluid flow within the device unless a pipette tip is inserted into the conical feature of the pipette tip interface.
Soldered aluminum heat exchanger with coolant-carrying tubes (1, 7, 10, 13) that are connected to at least one header, wherein the tubes are connected to the header by soldering of the inside, wherein the tubes are designed in a four-layer technology, a) made of a core material; b.) with aluminum-containing protective plating on the inside of the core material; and c.) with an inside solder plating on the protective plating; as well as d.) with an outside solder plating on the outside of the tube facing away from the coolant side.
An electrode group stack comprising: a plurality of electrode groups, each of which comprises a cathode, an anode, and a first separator disposed between the cathode and the anode; and a second separator disposed between the electrode groups, wherein the electrode groups are stacked in a height direction on the basis of a plane, some or all of the electrode groups have different areas of opposite stack surfaces at a stack interface therebetween, and the electrode group stack comprises an electrode group satisfying equation: T ≥ Tsum × 0.5 where T indicates a thickness of an arbitrary electrode group and Tsum indicates a sum of thicknesses of the electrode groups constituting the electrode group stack, and wherein the arbitrary electrode group is an electrode group having the largest area of the stack surface.
A composition comprising a Clostridial neurotoxin derivative, said Clostridial neurotoxin derivative comprising a polypeptide including: a) a binding domain, b) a translocation domain, and c) a first endopeptidase domain derived from a Clostridial neurotoxin BoNT/A subtype, and d) a second endopeptidase domain derived from a Clostridial neurotoxin BoNT/E subtype; in which each of said first endopeptidase domain and said second endopeptidase domain is proteolytically active. a) a binding domain, b) a translocation domain, and c) a first endopeptidase domain derived from a Clostridial neurotoxin BoNT/A subtype, and d) a second endopeptidase domain derived from a Clostridial neurotoxin BoNT/E subtype;
Device for displaying a tyre pressure state for vehicle tyres of a truck trailer, wherein the device comprises an arm for the arrangement of a lamp and a mount for securing the arm to the truck trailer, wherein the tyre pressure state is displayed in optical form with the lamp, wherein the arm is composed essentially of an elastomer material, as a result of which in the event of a collision with a foreign object the arm can be deformed flexibly and owing to its elastic material properties the arm returns back to its original position after the collision. characterized in that tyre modules are arranged in the vehicle tyres, wherein a receiver unit for activating the lamp is arranged on the truck trailer.
Cylinder device and a cylinder key, said cylinder device comprising a barrel and a plug coupled to one another; where the plug has a cavity configured to allow at least partially housing the cylinder key responsible for blocking or unblocking relative rotation between said barrel and plug; where the barrel comprises at least one pair of counter-pin tumblers and combined pin tumbler coupled to one another through at least two elastic elements, said elastic elements being responsible for elastically joining the combined pin tumbler with its respective counter-pin tumblers, the plug having at least one hollow consistent with the location of said at least one pair of combined pin tumbler and counter-pin tumblers, and allowing contact between the cylinder key and said at least one combined pin tumbler aided by said elastic elements; and the device and key being characterized in that the portion of the cylinder key to be inserted into the cavity of the plug has two faces (3b, 3c) and two sides, where said sides comprise at least one cavity having at least one pair of housings (3d, 3e) joined to one another through a channel, where said cavity is configured to house and push said at least one combined pin tumbler towards the corresponding counter-pin tumblers, where said combined pin tumbler has at least two protuberances (6a, 6b) joined to one another by a chord, wherein said protuberances (6a, 6b) are in correspondence with the pair of housings (3d, 3e) of the cavity of the cylinder key, such that the pin tumbler is able to swing with respect to an axis parallel to the plane of contact between said combined pin tumbler and its counter-pin tumblers; defining a specific spatial position for joining respective combined pin tumbler and counter-pin tumblers which allows relative movement between said barrel and the plug as it corresponds with the junction plane between the barrel and the plug.
A method of supporting location services, comprising: establishing a generic location session between a terminal and a location server, said establishing comprising transmitting or receiving one or more messages; and engaging in a plurality of positioning activities between the terminal and the location server, each of the positioning activities being any one of a plurality of positioning activity types supported by the terminal and the location server, wherein each subsequent positioning activity can be initiated at any time during the generic location session without the need to exchange messages to establish a new location session for the activity. establishing a generic location session between a terminal and a location server, said establishing comprising transmitting or receiving one or more messages; and engaging in a plurality of positioning activities between the terminal and the location server, each of the positioning activities being any one of a plurality of positioning activity types supported by the terminal and the location server, wherein each subsequent positioning activity can be initiated at any time during the generic location session without the need to exchange messages to establish a new location session for the activity.
Apparatus for analysing the alloy composition of metal scrap fragments (6, 6'), - having an analysing system configured to determine, by means of a local measurement at a measurement position (20, 20') on the surface of a scrap fragment (6, 6') to be analysed, a piece of composition information about the alloy composition of the scrap fragment (6, 6'), - wherein the apparatus has a detecting system configured to determine a region (54, 56) low in contamination or free of contamination on the surface of the scrap fragment (6, 6') to be analysed, and - wherein the analysing system is configured to position the measurement position (20, 20') for the local measurement in the region (54, 56) determined by the detecting system, characterised in that the detecting system has an image capturing system to record image data of the surface of the scrap fragment (6, 6') to be analysed and an evaluating system configured to determine a region (54, 56) low in contamination or free of contamination on the surface of the scrap fragment (6, 6') to be analysed from the image data provided by the image capturing system, namely by comparing the image data with reference values or quantities derived from the image data with reference values, in particular by comparing colour and/or brightness values from a region (A, B) of the image data with reference values. - having an analysing system configured to determine, by means of a local measurement at a measurement position (20, 20') on the surface of a scrap fragment (6, 6') to be analysed, a piece of composition information about the alloy composition of the scrap fragment (6, 6'), - wherein the apparatus has a detecting system configured to determine a region (54, 56) low in contamination or free of contamination on the surface of the scrap fragment (6, 6') to be analysed, and - wherein the analysing system is configured to position the measurement position (20, 20') for the local measurement in the region (54, 56) determined by the detecting system, characterised in that the detecting system has an image capturing system to record image data of the surface of the scrap fragment (6, 6') to be analysed and an evaluating system configured to determine a region (54, 56) low in contamination or free of contamination on the surface of the scrap fragment (6, 6') to be analysed from the image data provided by the image capturing system, namely by comparing the image data with reference values or quantities derived from the image data with reference values, in particular by comparing colour and/or brightness values from a region (A, B) of the image data with reference values.