mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a thermal assembly configured to hold a sample plate ; an optical assembly in a fixed position relative to the thermal assembly, the optical assembly comprising: at least one array of excitation sources configured to emit excitation energy along a first excitation optical path; a detector configured to receive emission energy along a detection optical path, and a multifunction mirror that directs excitation energy to the sample plate from the excitation optical path and that directs emission energy from the sample plate to the detection optical path, wherein the excitation optical path and the detection optical path are in the same plane, characterised in that the multifunction mirror is a three sided mirror to allow both the excitation optical path and the detection optical path to be in the same plane. a thermal assembly configured to hold a sample plate ; an optical assembly in a fixed position relative to the thermal assembly, the optical assembly comprising: at least one array of excitation sources configured to emit excitation energy along a first excitation optical path; a detector configured to receive emission energy along a detection optical path, and a multifunction mirror that directs excitation energy to the sample plate from the excitation optical path and that directs emission energy from the sample plate to the detection optical path, wherein the excitation optical path and the detection optical path are in the same plane, characterised in that the multifunction mirror is a three sided mirror to allow both the excitation optical path and the detection optical path to be in the same plane. at least one array of excitation sources configured to emit excitation energy along a first excitation optical path; a detector configured to receive emission energy along a detection optical path, and a multifunction mirror that directs excitation energy to the sample plate from the excitation optical path and that directs emission energy from the sample plate to the detection optical path, wherein the excitation optical path and the detection optical path are in the same plane, characterised in that the multifunction mirror is a three sided mirror to allow both the excitation optical path and the detection optical path to be in the same plane.
A head-mounted display configured to display images viewable by a user, comprising: a display system including an array of pixels configured to produce the images; a lens system through which the images are viewable, wherein the display system and the lens system are separated by a distance along an optical axis; a motion sensor that, in use, produces motion data; and control circuitry that adjusts the distance along the optical axis from a first distance to a second distance based on the motion data to protect the display system from collisions with the lens system . a display system including an array of pixels configured to produce the images; a lens system through which the images are viewable, wherein the display system and the lens system are separated by a distance along an optical axis; a motion sensor that, in use, produces motion data; and control circuitry that adjusts the distance along the optical axis from a first distance to a second distance based on the motion data to protect the display system from collisions with the lens system .
Mold for manufacturing a chocolate product , having visible particulate inclusions made from a non-chocolate edible material, wherein the mold comprises at least one cavity element in which inclusions and chocolate can be filled, wherein the cavity element comprises a curved bottom section and at least one adjacent side wall section extending from the curved bottom section to an upper side of the mold , wherein the cavity element has the following dimensions: a maximum depth between 10 and 80 mm; a maximum width between 8 and 100 mm, wherein the ratio of the maximum depth to the maximum width is between 0.3 and 1.2; the curved bottom section has a radius between 4 and 50 mm; the at least one side wall section extends from the upper side of the mold to a depth between 4 and 70 mm. a maximum depth between 10 and 80 mm; a maximum width between 8 and 100 mm, wherein the ratio of the maximum depth to the maximum width is between 0.3 and 1.2; the curved bottom section has a radius between 4 and 50 mm; the at least one side wall section extends from the upper side of the mold to a depth between 4 and 70 mm.
A clamping device for automatic connection of a vehicle to a cable (F) of a continuously moving cableway, comprising: - a support element securable to a suspension arm (S) of a vehicle; - a fixed jaw integral with the support element ; - an operating rocker lever hinged to the support element for oscillating in a substantially vertical plane; - a movable jaw formed at a first end of the operating lever ; - a slider , slidably mounted on the operating lever; - at least two elastic elements mounted on the operating lever so as to urge the slider towards the first end of the lever, - a mechanism connected to the slider and the support element , for converting a thrust exerted by the elastic elements towards the first end of the lever into a force perpendicular to the lever, so as to rotate the lever upwards causing the movable jaw to clamp the cable (F) against the fixed jaw ; characterized in that the elastic elements comprise at least one first elastic unit and at least one second elastic unit , consecutively aligned and compressed along the operating lever , wherein the first elastic unit , closer to the first end of the lever, acts against the slider , and the second elastic unit , farther from the first end of the lever, acts against a reaction plate locked along the lever, and that the device further comprises an intermediate plate slidably mounted along the operating lever and arranged between the first and second elastic units, wherein the intermediate plate provides at least one portion protruding outwardly beyond the elastic units in a direction transverse to the operating lever . - a support element securable to a suspension arm (S) of a vehicle; - a fixed jaw integral with the support element ; - an operating rocker lever hinged to the support element for oscillating in a substantially vertical plane; - a movable jaw formed at a first end of the operating lever ; - a slider , slidably mounted on the operating lever; - at least two elastic elements mounted on the operating lever so as to urge the slider towards the first end of the lever, - a mechanism connected to the slider and the support element , for converting a thrust exerted by the elastic elements towards the first end of the lever into a force perpendicular to the lever, so as to rotate the lever upwards causing the movable jaw to clamp the cable (F) against the fixed jaw ;
A system for recompressing a round bale into a square bale, comprising: a bottom platen to receive the round bale; a movable platen translatable relative to the bottom platen ; characterized by an upper platen rotatable relative to the bottom platen , the upper platen being rotatable between a first position to receive the round bale between the bottom platen , the movable platen and the upper platen , and a second position in which the upper platen cooperates with the movable platen and the bottom platen to recompress the round bale into the square bale. a bottom platen to receive the round bale; a movable platen translatable relative to the bottom platen ; characterized by an upper platen rotatable relative to the bottom platen , the upper platen being rotatable between a first position to receive the round bale between the bottom platen , the movable platen and the upper platen , and a second position in which the upper platen cooperates with the movable platen and the bottom platen to recompress the round bale into the square bale.
A laundry treating apparatus, comprising: a cabinet ; a tub provided inside the cabinet ; a drum rotatably provided inside the tub to accommodate laundry, wherein the drum has a plurality of bent portions protruded from an inner circumferential surface of the drum and formed along a direction of extending the drum ; a motor directly connected to a rotation shaft of the drum ; and a controller configured to control the driving of the motor according to any one of a plurality of preset drum driving motions, wherein the plurality of bent portions varies a shock applied to the laundry by controlling the rotational speed and the rotational direction of the drum during a process in which the laundry falls to be in contact, wherein, when a first motion of the plurality of preset drum driving motions is selected, the controller is configured to increase the rotational speed of the motor at a first acceleration for a first time interval to increase the shock between the laundry and the plurality of bent portions and to decrease the rotational speed of the motor at a second acceleration for a second time interval to decrease the shock between the laundry and the plurality of bent portions .. a cabinet ; a tub provided inside the cabinet ; a drum rotatably provided inside the tub to accommodate laundry, wherein the drum has a plurality of bent portions protruded from an inner circumferential surface of the drum and formed along a direction of extending the drum ; a motor directly connected to a rotation shaft of the drum ; and a controller configured to control the driving of the motor according to any one of a plurality of preset drum driving motions, wherein the plurality of bent portions varies a shock applied to the laundry by controlling the rotational speed and the rotational direction of the drum during a process in which the laundry falls to be in contact, wherein, when a first motion of the plurality of preset drum driving motions is selected, the controller is configured to increase the rotational speed of the motor at a first acceleration for a first time interval to increase the shock between the laundry and the plurality of bent portions and to decrease the rotational speed of the motor at a second acceleration for a second time interval to decrease the shock between the laundry and the plurality of bent portions ..
Magnetic featherboard having: an elongate main body with opposite lateral faces , a bottom face and front and rear faces ; a plurality of resiliently deformable feathers arranged at one or both lateral faces of the main body , the feathers extending parallel to each other and angularly with respect to a longitudinal axis (X) of the main body ; and at least two, on-off switchable permanent magnets respectively received in one of at least two spaced apart recesses of the main body such that a working face of the respective switchable permanent magnet is present at the bottom face of the main body , the switchable permanent magnets being operative in an on-state to magnetically clamp the featherboard to a support table of a machine for cutting, routing or performing similar material-removing operations on stock material, characterized in that the featherboard comprises at least two adjustable stops at one or both of the front and the rear face of the main body , each said stop comprising an abutment piece displaceable in longitudinal direction relative to the front / rear face , wherein a distance of each of the abutment pieces from the front / rear face is settable independently of each other, the stops operational to provide at least two abutments against which stock material to be machined can be placed when the featherboard is magnetically secured to the table. an elongate main body with opposite lateral faces , a bottom face and front and rear faces ; a plurality of resiliently deformable feathers arranged at one or both lateral faces of the main body , the feathers extending parallel to each other and angularly with respect to a longitudinal axis (X) of the main body ; and at least two, on-off switchable permanent magnets respectively received in one of at least two spaced apart recesses of the main body such that a working face of the respective switchable permanent magnet is present at the bottom face of the main body , the switchable permanent magnets being operative in an on-state to magnetically clamp the featherboard to a support table of a machine for cutting, routing or performing similar material-removing operations on stock material, characterized in that the featherboard comprises at least two adjustable stops at one or both of the front and the rear face of the main body , each said stop comprising an abutment piece displaceable in longitudinal direction relative to the front / rear face , wherein a distance of each of the abutment pieces from the front / rear face is settable independently of each other, the stops operational to provide at least two abutments against which stock material to be machined can be placed when the featherboard is magnetically secured to the table.
A variable density lattice metal having vibration damping characteristics, characterized in that each of the cells of the lattice metal has a tetradecahedron structure, a combination structure of a dodecahedron and a tetradecahedron, or a truncated octahedron structure, and the cells are expanded to form the lattice metal; wherein the lattice metal is based on a modal strain energy method to drive the design of pore strut diameters, and the overall structural density shows a non-homogeneous continuous gradient change, wherein the modal strain energy method is used to calculate a modal shape of the structure through a finite element software, a modal strain is extracted and a modal strain energy point cloud diagram is constructed, a continuous gradient change of the pore strut diameters of the lattice metal is driven through a strain energy field function, and the value of the pore strut diameters of the lattice metal in an area with large modal strain energy is larger than in an area of small strain energy, wherein the gradient change of the pore strut diameters of the variable-density lattice metal is not in a single direction; wherein the variable density lattice metal is prepared by a selective laser melting additive manufacturing process; wherein the porosity of the lattice metal is 40% to 90%, the pore strut diameters change continuously in the range of 0.5mm to 5mm, the step size of the continuous gradient change of the pore strut diameters of the lattice metal is 0.08-0.2 mm, and the cell size of the lattice metal is 5 to 10mm. wherein the lattice metal is based on a modal strain energy method to drive the design of pore strut diameters, and the overall structural density shows a non-homogeneous continuous gradient change, wherein the modal strain energy method is used to calculate a modal shape of the structure through a finite element software, a modal strain is extracted and a modal strain energy point cloud diagram is constructed, a continuous gradient change of the pore strut diameters of the lattice metal is driven through a strain energy field function, and the value of the pore strut diameters of the lattice metal in an area with large modal strain energy is larger than in an area of small strain energy, wherein the gradient change of the pore strut diameters of the variable-density lattice metal is not in a single direction; wherein the variable density lattice metal is prepared by a selective laser melting additive manufacturing process; wherein the porosity of the lattice metal is 40% to 90%, the pore strut diameters change continuously in the range of 0.5mm to 5mm, the step size of the continuous gradient change of the pore strut diameters of the lattice metal is 0.08-0.2 mm, and the cell size of the lattice metal is 5 to 10mm.
Container for food use comprising: - a container body ; - a cover that can be coupled to the container body to close the container , - a locking member comprising at least two tabs , the locking member being mounted pivoting on the cover about an axis of rotation (I-I) between an unlocked position and a locked position; - the container body having at least two retaining wings extending in a plane perpendicular to the axis of rotation (I-I), the side faces of the retaining wings falling within at least one circle (C1, C2) of which the centre passes through the axis of rotation (I-I) ; - each tab of the locking member having: - a side face complementary to a side face of a retaining wing ; and - a curved end configured to engage with a respective retaining wing of the container body to axially hold the cover coupled to the container body in the locked position, characterized in that the cover comprises guiding and retaining elements engaging with the locking member to guide the pivoting of the locking member and to retain the locking member on the cover . - a container body ; - a cover that can be coupled to the container body to close the container , - a locking member comprising at least two tabs , the locking member being mounted pivoting on the cover about an axis of rotation (I-I) between an unlocked position and a locked position; - the container body having at least two retaining wings extending in a plane perpendicular to the axis of rotation (I-I), the side faces of the retaining wings falling within at least one circle (C1, C2) of which the centre passes through the axis of rotation (I-I) ; - each tab of the locking member having: - a side face complementary to a side face of a retaining wing ; and - a curved end configured to engage with a respective retaining wing of the container body to axially hold the cover coupled to the container body in the locked position, characterized in that the cover comprises guiding and retaining elements engaging with the locking member to guide the pivoting of the locking member and to retain the locking member on the cover . - a side face complementary to a side face of a retaining wing ; and - a curved end configured to engage with a respective retaining wing of the container body to axially hold the cover coupled to the container body in the locked position, characterized in that the cover comprises guiding and retaining elements engaging with the locking member to guide the pivoting of the locking member and to retain the locking member on the cover .
A method implemented in a Wireless Transmit Receive Unit, WTRU, for wireless communications, the method comprising: transmitting, to a network entity, a first set of payload data in a first message using an asynchronous physical uplink channel transmission; receiving information indicating that the first message was received by the network entity; and transmitting, to the network entity, a second set of payload data in a second message using a synchronous physical uplink channel transmission and the received information. transmitting, to a network entity, a first set of payload data in a first message using an asynchronous physical uplink channel transmission; receiving information indicating that the first message was received by the network entity; and transmitting, to the network entity, a second set of payload data in a second message using a synchronous physical uplink channel transmission and the received information.
A method of stabilizing a sample of whole blood, the method comprising providing a sample of whole blood obtained from a subject, and introducing to the sample: Ficoll 70 to produce 2-20% (w/v) Ficoll 70 in the sample; and optionally introducing to the sample one or more of: a caspase inhibitor; a preservative formulation that comprises 24-48 mM HEPES, 0.11-0.44 mM adenine, 2.25-6.75 mM mannitol, 0.39-1.54 mM N-acetyl-L-cysteine, and 0.0-13.5 mM dextrose, and 0-17 mM NaCl; and a platelet inhibitor (PI). a caspase inhibitor; a preservative formulation that comprises 24-48 mM HEPES, 0.11-0.44 mM adenine, 2.25-6.75 mM mannitol, 0.39-1.54 mM N-acetyl-L-cysteine, and 0.0-13.5 mM dextrose, and 0-17 mM NaCl; and a platelet inhibitor (PI).
An apparatus for rod handling, which is mountable in connection to a rock drilling unit and wherein the apparatus is configured to move rock drilling rods between at least one pick-up position and a drilling center of the rock drilling unit ; the apparatus comprising: a rod feeder for moving the drilling rods between the pick-up position and an intermediate position , a swing device for moving the drilling rods between the intermediate position and the drilling center ; and at least one gripper for gripping the rods ; wherein the rod feeder and the swing device are separate units, which are movable independently relative to each other, and the rod feeder and the swing device are both provided with at least one dedicated gripper for gripping the rods , and wherein each of the dedicated grippers of the rod feeder and the swing device comprise at least two jaws, which are located at a distance from each other when seen in longitudinal direction of the drilling component being handled; characterized in that the rod feeder is configured to be turned relative to at least one first turning axis and the swing device is configured to be turned relative to at least one second turning axis, wherein the first turning axis and the second turning axis are perpendicular relative to each other and wherein the swing device has a fixed mounting and the only movement of the swing device is transversal turning movement relative to the drilling center . a rod feeder for moving the drilling rods between the pick-up position and an intermediate position , a swing device for moving the drilling rods between the intermediate position and the drilling center ; and at least one gripper for gripping the rods ; wherein the rod feeder and the swing device are separate units, which are movable independently relative to each other, and the rod feeder and the swing device are both provided with at least one dedicated gripper for gripping the rods , and wherein each of the dedicated grippers of the rod feeder and the swing device comprise at least two jaws, which are located at a distance from each other when seen in longitudinal direction of the drilling component being handled; characterized in that the rod feeder is configured to be turned relative to at least one first turning axis and the swing device is configured to be turned relative to at least one second turning axis, wherein the first turning axis and the second turning axis are perpendicular relative to each other and wherein the swing device has a fixed mounting and the only movement of the swing device is transversal turning movement relative to the drilling center .
An oriented apatite-type oxide ion conductor comprising a composite oxide represented by A 9.33+x [T 6-y M y ]O 26.00+z , wherein A in the formula is one kind or two or more kinds of elements selected from the group consisting of La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Be, Mg, Ca, Sr, and Ba, T in the formula is Si element, M in the formula is one kind or two or more kinds of elements selected from the group consisting of B, Zn, Sn, W, and Mo, wherein x in the formula is from -1 to 1, y in the formula is from 1 to 3, z in the formula is from -2 to 2, and a ratio (A/M) of the number of moles of A to the number of moles of M is from 3 to 10, and wherein the degree of orientation measured by the Lotgering method is 0.60 or more.