mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal management cabinet for electronic equipment comprising: - a cabinet frame having side walls and defining a front, a back, a top and a bottom, the cabinet forming a generally sealed enclosure for electronic equipment; - an electronic component storage area including at least one rack mounting assembly for supporting electronic equipment in an interior section of the cabinet ; - one inlet section and two outlet sections ; - a fan assembly arranged to force and direct an incoming air flow entering through the inlet section of the opening of the cabinet so it can pass through the electronic component storage area and exit through the outlet sections ; - a first and a second elongated compartment wherein the first compartment is arranged to guide the air flow upwards and the second compartment being adjacent to the first compartment is arranged to guide the air flow downwards the cabinet characterized in that the inlet section and the two outlet sections are co-located forming one opening in the front of the cabinet and wherein the inlet section is located between the two outlet sections and that the cabinet further comprises - a first baffle assembly arranged to divide the incoming air flow received through the inlet section into two air flows so that each one of the two air flows can exit through each one of two outlet sections of the opening ; - a second baffle assembly comprising two baffles on the outside of the cabinet separating the inlet section from the two outlet sections . - a cabinet frame having side walls and defining a front, a back, a top and a bottom, the cabinet forming a generally sealed enclosure for electronic equipment; - an electronic component storage area including at least one rack mounting assembly for supporting electronic equipment in an interior section of the cabinet ; - one inlet section and two outlet sections ; - a fan assembly arranged to force and direct an incoming air flow entering through the inlet section of the opening of the cabinet so it can pass through the electronic component storage area and exit through the outlet sections ; - a first and a second elongated compartment wherein the first compartment is arranged to guide the air flow upwards and the second compartment being adjacent to the first compartment is arranged to guide the air flow downwards the cabinet characterized in that the inlet section and the two outlet sections are co-located forming one opening in the front of the cabinet and wherein the inlet section is located between the two outlet sections and that the cabinet further comprises - a first baffle assembly arranged to divide the incoming air flow received through the inlet section into two air flows so that each one of the two air flows can exit through each one of two outlet sections of the opening ; - a second baffle assembly comprising two baffles on the outside of the cabinet separating the inlet section from the two outlet sections .
A device for forming a cavity in a bone for use with an oscillating dental instrument comprising: a body defining a longitudinal axis; a flange defined on the body having two surfaces that meet at an edge, which is oriented oblique to the longitudinal axis; serrations for forming the cavity that are defined on an outer surface of the body an internal fluid passageway defined in the body for directing fluid to the serrations on the outer surface of the body , the internal fluid passageway including a vertically-oriented blind hole that extends along a substantial portion of the longitudinal axis of the tool ; a plurality of first side holes defined on the front and rear sides of the body and a plurality of second side holes on the right and left sides of the body , where the first side holes and second side holes are rotated by 90 degrees with respect to each other, where every side hole intersects the vertically-oriented blind hole , where the first side holes are staggered along the first and second ends of the tool body and the second side holes are staggered along the first end of the tool body , a concave surface formed on the body that is devoid of serrations ; and a circular post extending from the flange that is configured to be connected to the oscillating dental instrument, the internal fluid passageway extending along a substantial portion of the longitudinal axis and through the circular post to define an opening at a top end of the circular post , wherein fluid introduced through the opening is distributed through the side holes . a body defining a longitudinal axis; a flange defined on the body having two surfaces that meet at an edge, which is oriented oblique to the longitudinal axis; serrations for forming the cavity that are defined on an outer surface of the body an internal fluid passageway defined in the body for directing fluid to the serrations on the outer surface of the body , the internal fluid passageway including a vertically-oriented blind hole that extends along a substantial portion of the longitudinal axis of the tool ; a plurality of first side holes defined on the front and rear sides of the body and a plurality of second side holes on the right and left sides of the body , where the first side holes and second side holes are rotated by 90 degrees with respect to each other, where every side hole intersects the vertically-oriented blind hole , where the first side holes are staggered along the first and second ends of the tool body and the second side holes are staggered along the first end of the tool body , a concave surface formed on the body that is devoid of serrations ; and a circular post extending from the flange that is configured to be connected to the oscillating dental instrument, the internal fluid passageway extending along a substantial portion of the longitudinal axis and through the circular post to define an opening at a top end of the circular post , wherein fluid introduced through the opening is distributed through the side holes .
Tilling implement to be moved in a feed direction, comprising a plurality of spiked harrow teeth angled in the feed direction, articulated such that they are tilted downwards on a chassis , being arranged in a plurality of lines and/or rows on the chassis , the teeth being held in position by a spring system with variable pre-tensioning, characterised in that means (7; 71; 75) are provided for adjusting the pre-tensioning of each tooth independently of the pre-tensioning of the other teeth .
A thermal system comprising: a plurality of thermal elements (102A-102D, 1102A-1102D, 2102A-2012D, 3102A-3102D, 4102A-4102D, 5102A-5102D, 6102A-6102D), each of the thermal elements defining a resistor (104A-104D, 1104A-1104D, 2104A-2104D, 3104A-3104D, 4104A-4104D, 5104A-5104D, 6104A-6104D) and a current limiting device (106A-106D, 1106A-1106D, 2106A-2106D, 3106A-3106D, 4106A-4106D, 5106A-5106D, 6106A-6106D), the plurality of thermal elements comprising at least a first subset of parallel thermal elements and at least a second subset of parallel thermal elements , wherein the current limiting devices in a given subset of parallel thermal elements have opposite polarity from each other; and a plurality of power lines connected to the plurality of thermal elements, the power lines configured in pairs for providing power to the first subset and the second subset of parallel thermal elements, characterized in that the thermal system further comprises a plurality of common power lines having a number equal to a number of the pairs of the power lines such that each of the pairs of power lines share a corresponding one of the common power lines and such that the first and second subsets of each of the parallel thermal elements share the corresponding one of the common power lines . a plurality of thermal elements (102A-102D, 1102A-1102D, 2102A-2012D, 3102A-3102D, 4102A-4102D, 5102A-5102D, 6102A-6102D), each of the thermal elements defining a resistor (104A-104D, 1104A-1104D, 2104A-2104D, 3104A-3104D, 4104A-4104D, 5104A-5104D, 6104A-6104D) and a current limiting device (106A-106D, 1106A-1106D, 2106A-2106D, 3106A-3106D, 4106A-4106D, 5106A-5106D, 6106A-6106D), the plurality of thermal elements comprising at least a first subset of parallel thermal elements and at least a second subset of parallel thermal elements , wherein the current limiting devices in a given subset of parallel thermal elements have opposite polarity from each other; and a plurality of power lines connected to the plurality of thermal elements, the power lines configured in pairs for providing power to the first subset and the second subset of parallel thermal elements, characterized in that the thermal system further comprises a plurality of common power lines having a number equal to a number of the pairs of the power lines such that each of the pairs of power lines share a corresponding one of the common power lines and such that the first and second subsets of each of the parallel thermal elements share the corresponding one of the common power lines .
A sealing surface processing machine (1;1A;1B;1C) for performing cutting of an attachment surface of a seal member in a valve main body in a valve device , which valve device includes the valve main body which is provided with a flow channel of a fluid, a valve drive unit which is configured to open and close the flow channel by a valve body that is inserted into the flow channel from an opening of the valve main body , and an attachment plate which closes the opening by being fixed to the valve main body via the seal member , the sealing surface processing machine (1;1A;1B;1C) comprising: a pedestal which is configured to be attached to the valve main body ; a main body which is movably supported on the pedestal ; a tool holder which is configured to hold a tool (T) for processing the attachment surface ; a rotating part which is configured to rotate the tool holder relative to the main body around an axis (C) parallel to the movement direction of the valve body ; a first moving part which is capable of moving the tool holder relative to the main body along a first direction (Z) along which the valve body moves in operation of the valve device ; a second moving part which is capable of moving the tool holder relative to the main body along a second direction (X,Y) intersecting with the movement direction of the valve body (Z); the machine being characterised in that further comprises: a second adjustment device which is configured to adjust a position of the main body in the first direction (Z) relative to the pedestal ; and a first adjustment device which is configured to adjust a position of the main body in the second direction (X,Y) relative to the pedestal , and in that the pedestal is disposed by having a predetermined gap from the attachment surface in the valve main body such that the attachment surface on which cutting is to be performed is exposed. a pedestal which is configured to be attached to the valve main body ; a main body which is movably supported on the pedestal ; a tool holder which is configured to hold a tool (T) for processing the attachment surface ; a rotating part which is configured to rotate the tool holder relative to the main body around an axis (C) parallel to the movement direction of the valve body ; a first moving part which is capable of moving the tool holder relative to the main body along a first direction (Z) along which the valve body moves in operation of the valve device ; a second moving part which is capable of moving the tool holder relative to the main body along a second direction (X,Y) intersecting with the movement direction of the valve body (Z); the machine being characterised in that further comprises: a second adjustment device which is configured to adjust a position of the main body in the first direction (Z) relative to the pedestal ; and a first adjustment device which is configured to adjust a position of the main body in the second direction (X,Y) relative to the pedestal , and in that the pedestal is disposed by having a predetermined gap from the attachment surface in the valve main body such that the attachment surface on which cutting is to be performed is exposed.
An infant formula comprising protein, carbohydrate and fat, wherein the major source of protein is potato protein, wherein the potato protein has a molecular mass less than 35 kDa and wherein the carbohydrate comprises lactose, saccharose, maltodextrin or starch.
A method of cleaning a pipette , comprising either: carrying out a cleaning sequence in a waste station ; immersing the pipette into a neutralizing liquid vessel containing a neutralizing liquid ; aspirating the neutralizing liquid into the pipette ; and dispensing the neutralizing liquid back into the neutralizing liquid vessel ; or immersing the pipette into a neutralizing liquid vessel containing a neutralizing liquid ; aspirating the neutralizing liquid into the pipette ; dispensing the neutralizing liquid back into the neutralizing liquid vessel ; and carrying out a cleaning sequence in a waste station ; characterized in that , the pipette is immersed in the neutralizing liquid of a single one of the neutralizing liquid vessel for at least 750 successive cleaning operations. carrying out a cleaning sequence in a waste station ; immersing the pipette into a neutralizing liquid vessel containing a neutralizing liquid ; aspirating the neutralizing liquid into the pipette ; and dispensing the neutralizing liquid back into the neutralizing liquid vessel ; or immersing the pipette into a neutralizing liquid vessel containing a neutralizing liquid ; aspirating the neutralizing liquid into the pipette ; dispensing the neutralizing liquid back into the neutralizing liquid vessel ; and carrying out a cleaning sequence in a waste station ;
A filter for a smoking article , the filter comprising: a filter segment comprising filter material , the filter segment having a cross sectional area measured perpendicular to the longitudinal direction of the filter; and a flavour delivery member embedded in the filter segment and surrounded on all sides by the filter material , the flavour delivery member comprising structural material enclosing liquid flavourant for flavouring smoke during smoking, wherein the flavour delivery member releases at least a portion of the liquid flavourant when the filter is subjected to external force; wherein a cross sectional area of the flavour delivery member measured perpendicular to the longitudinal direction of the filter is about 30%, or greater, of the cross sectional area of the filter segment, wherein the filter material of the filter segment comprises fibres of between about 5.0 and about 12.0 denier per filament and between about 10000 and about 30000 total denier, and wherein the filter is a recessed filter including an open cavity at the mouth end. a filter segment comprising filter material , the filter segment having a cross sectional area measured perpendicular to the longitudinal direction of the filter; and a flavour delivery member embedded in the filter segment and surrounded on all sides by the filter material , the flavour delivery member comprising structural material enclosing liquid flavourant for flavouring smoke during smoking, wherein the flavour delivery member releases at least a portion of the liquid flavourant when the filter is subjected to external force; wherein a cross sectional area of the flavour delivery member measured perpendicular to the longitudinal direction of the filter is about 30%, or greater, of the cross sectional area of the filter segment, wherein the filter material of the filter segment comprises fibres of between about 5.0 and about 12.0 denier per filament and between about 10000 and about 30000 total denier, and wherein the filter is a recessed filter including an open cavity at the mouth end.
A positioning device for positioning and using a tool within a cavity of a gas turbine engine having a cavity wall , the device comprising a flexible deployment device carrying the tool, wherein the deployment device further comprises a soft robotics fixturing element adjustable between a contracted deployment configuration during positioning of the tool and an expanded bracing configuration for abutment with the cavity wall during use of the tool, wherein the deployment device comprises a segmented/articulated deployment arm or an articulated guide tube and insertion element, characterized in that the deployment arm is a soft robotic arm comprising a plurality of deployment actuators.
A bifunctional shRNA that selectively reduces expression of a mutant K-ras gene product, wherein guide strands of said bifunctional shRNA are fully complementary to a mutant K-ras target site sequence, wherein the corresponding mutant K-ras nucleotide is located at positions 2, 3 or 4 of the guide strands in said bifunctional shRNA, wherein one of the passenger strands of said bifunctional shRNA contains one or more mismatches as compared to the guide strands of said bifunctional shRNA, and wherein said bifunctional RNA molecule activates both cleavage-dependent and cleavage-independent RNA-induced silencing complexes for selectively reducing the expression level of a mutated K-ras gene product.
A system for storage of an endoscope , the system comprising a cart , a tray , a rigid lid and a timer , the cart comprising a housing having a slot configured to slidably receive the tray, the tray configured to store an endoscope and to be engaged by the rigid lid; and the timer coupled to the rigid lid and/or tray, the timer configured to display increments of time that the endoscope is stored in the tray.
A nanosecond pulser comprising: a first switch circuit (105, 605-A); a first transformer core comprising a hole; a first primary winding (415, 515, 615-A) electrically coupled with the first switch circuit and wrapped at least partially around the first transformer core; a second switch circuit (105, 605-B) a second transformer core comprising a hole and being disposed adjacent to the first transformer core; a second primary winding (440, 540, 615-B) electrically coupled with the second switch circuit and wrapped at least partially around the second transformer core; a circuit board disposed between the first transformer core and the second transformer core and comprising a hole that is aligned with the hole of the first transformer core and the hole of the second transformer core; a secondary winding wrapped around the first transformer core and the second transformer core such that the secondary winding passes through the hole in the first transformer core, the hole in the second transformer core, and the hole in the circuit board; and an output coupled with the secondary winding. a first switch circuit (105, 605-A); a first transformer core comprising a hole; a first primary winding (415, 515, 615-A) electrically coupled with the first switch circuit and wrapped at least partially around the first transformer core; a second switch circuit (105, 605-B) a second transformer core comprising a hole and being disposed adjacent to the first transformer core; a second primary winding (440, 540, 615-B) electrically coupled with the second switch circuit and wrapped at least partially around the second transformer core; a circuit board disposed between the first transformer core and the second transformer core and comprising a hole that is aligned with the hole of the first transformer core and the hole of the second transformer core; a secondary winding wrapped around the first transformer core and the second transformer core such that the secondary winding passes through the hole in the first transformer core, the hole in the second transformer core, and the hole in the circuit board; and an output coupled with the secondary winding.
A vehicle seat intended to receive a passenger , equipped with a system for stimulating the lower limbs of the passenger of a vehicle, the stimulation system including a support and a bearing device , the bearing device comprising a first bearing member and a second bearing member , the first bearing member and the second bearing member being disposed on either side of a midplane (P), the midplane (P) being intended to be superimposed to a plane of symmetry of the seat , each amongst the first bearing member and the second bearing member being intended to receive at least partially a foot of the passenger , each of the first bearing member and the second bearing member being pivotally mounted, relative to the support , about a corresponding axis of rotation (X-X; A-A, B-B), the stimulation system further including a device for damping the movement of at least one amongst the first bearing member and the second bearing member relative to the support , the stimulation system being fastened to a footrest of the seat , to bottom portions of the seat or to feet of the seat , the stimulation system being intended to be actuated by the passenger when the passenger is sitting on the seat , characterised in that each axis of rotation (X-X, A-A, B-B) forming an angle smaller than or equal to 45° with the midplane. the bearing device comprising a first bearing member and a second bearing member , the first bearing member and the second bearing member being disposed on either side of a midplane (P), the midplane (P) being intended to be superimposed to a plane of symmetry of the seat , each amongst the first bearing member and the second bearing member being intended to receive at least partially a foot of the passenger , each of the first bearing member and the second bearing member being pivotally mounted, relative to the support , about a corresponding axis of rotation (X-X; A-A, B-B), the stimulation system further including a device for damping the movement of at least one amongst the first bearing member and the second bearing member relative to the support , the stimulation system being fastened to a footrest of the seat , to bottom portions of the seat or to feet of the seat , the stimulation system being intended to be actuated by the passenger when the passenger is sitting on the seat , characterised in that each axis of rotation (X-X, A-A, B-B) forming an angle smaller than or equal to 45° with the midplane.