mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising a refrigerator cabinet provided with at least one U-shaped shelf (101,200) comprising: a left side portion extending at least substantially along the left side of a refrigerator cabinet from the back of the cabinet towards the front of the cabinet which faces a user; a right side portion extending at least substantially along the right side of the refrigerator cabinet from the back of the cabinet towards the front of the cabinet which faces a user; and a back portion extending between the left and right side portions, wherein the left, right and back portions define a center portion and form a U-shaped shelf (101,200) within the refrigerator cabinet, wherein the left side, right side and back portion are sized and configured to retain containers of food or beverage, the left side portion and the right side portion having a width of at least about 10.16 cm (four inches), characterised in that a center shelf is provided within the center portion of the U-shaped shelf (101,200), wherein the center shelf at least partially fills the center portion of the U-shaped shelf (101,200) between the left and right side portions and abuts or nearly abuts the back portion of the U-shaped shelf (101,200) and a tuck shelf is located between the center shelf being a removable center shelf and the front of the U-shaped shelf (101,200), the tuck shelf being configured to slide under the removable center shelf or the U-shaped shelf (101,200) further comprises a tuck shelf which is configured to at least partially tuck under the back portion of the U-shaped shelf (101,200) in a horizontal direction. a left side portion extending at least substantially along the left side of a refrigerator cabinet from the back of the cabinet towards the front of the cabinet which faces a user; a right side portion extending at least substantially along the right side of the refrigerator cabinet from the back of the cabinet towards the front of the cabinet which faces a user; and a back portion extending between the left and right side portions, wherein the left, right and back portions define a center portion and form a U-shaped shelf (101,200) within the refrigerator cabinet, wherein the left side, right side and back portion are sized and configured to retain containers of food or beverage, the left side portion and the right side portion having a width of at least about 10.16 cm (four inches), characterised in that a center shelf is provided within the center portion of the U-shaped shelf (101,200), wherein the center shelf at least partially fills the center portion of the U-shaped shelf (101,200) between the left and right side portions and abuts or nearly abuts the back portion of the U-shaped shelf (101,200) and a tuck shelf is located between the center shelf being a removable center shelf and the front of the U-shaped shelf (101,200), the tuck shelf being configured to slide under the removable center shelf or the U-shaped shelf (101,200) further comprises a tuck shelf which is configured to at least partially tuck under the back portion of the U-shaped shelf (101,200) in a horizontal direction.
A process for the oligomerization of ethylene, said process comprising contacting ethylene with an oligomerization catalyst comprising; 1) a source of chromium; 2.1) a first ligand defined by the formula: wherein R is isopropyl; 2.2) a second ligand defined by the formula: wherein R 2 is selected from the group consisting of cyclopentyl; a cyclopentyl having at least one C 1 to 6 alpha substituent; a cyclohexyl and a cyclohexyl using at least one C 1 to 6 alpha substituent; and 3) an activator 1) a source of chromium; 2.1) a first ligand defined by the formula: wherein R is isopropyl; 2.2) a second ligand defined by the formula: wherein R 2 is selected from the group consisting of cyclopentyl; a cyclopentyl having at least one C 1 to 6 alpha substituent; a cyclohexyl and a cyclohexyl using at least one C 1 to 6 alpha substituent; and 3) an activator
An apparatus comprising: a passive magnetic array (14b, 32b, 52); and a gas detector, wherein the gas detector comprises a gas sensor and a magnetic sensor (26a, 26b), and wherein the passive magnetic array comprises a plurality of magnets, each of the plurality of magnets being arranged at an angle with respect to the gas sensor, and wherein the magnetic sensor is configured to detect an angular position of a magnetic field of each of the plurality of magnets and, based upon the angle of the magnetic field, to decipher a control data transmission, and wherein the magnetic sensor is configured to alter at least one configuration of the gas detector in response to the control data transmission provided by the passive magnetic array. a passive magnetic array (14b, 32b, 52); and a gas detector, wherein the gas detector comprises a gas sensor and a magnetic sensor (26a, 26b), and wherein the passive magnetic array comprises a plurality of magnets, each of the plurality of magnets being arranged at an angle with respect to the gas sensor, and wherein the magnetic sensor is configured to detect an angular position of a magnetic field of each of the plurality of magnets and, based upon the angle of the magnetic field, to decipher a control data transmission, and wherein the magnetic sensor is configured to alter at least one configuration of the gas detector in response to the control data transmission provided by the passive magnetic array.
A laminated composite part, which includes a first member having a predetermined mating surface, and a second member that is made of an elastically deformable resin material, that has a plate portion substantially parallel to the mating surface and having a multiplicity of protrusions formed integrally therewith so as to protrude toward the mating surface so that space is created between the plate portion and the mating surface, and that is placed on the first member such that the protrusions contact the mating surface, which has cushioning properties as tip ends of the protrusions are pressed against the mating surface and elastically deformed, and in which one of the first and second members which is located on a design surface side has an engaging projection (64; 84) that projects to a larger extent than the protrusions, and the engaging projection is inserted through an insertion hole (62; 82) formed in the other of the first and second members and is retained in the insertion hole, whereby the first and second members are connected together, characterized in that the insertion hole is provided with a stopper portion (66; 86) that is engaged with the engaging projection to retain the engaging projection in the insertion hole, in order to allow the engaging projection to move relative to the stopper portion in a direction parallel to the design surface due to a difference in thermal expansion between the first and second members, the stopper portion has a predetermined length in a direction of the relative movement that occurs due to the difference in thermal expansion, the stopper portion is a bridge extending across the insertion hole and having a slit in a middle so as to be separated into a plurality of parts, and the engaging projection has an annular shape and is inserted through the insertion hole such that the engaging projection elastically deforms the bridge and expands the slit, and the bridge thus extends through an opening of the annular shape, so that the engaging projection is retained in the insertion hole by the bridge and is allowed to move relatively in a longitudinal direction of the bridge. 2. (Cancelled in Amendment under Art. 34, PCT) 3. (Cancelled in Amendment under Art. 34, PCT) 2. (Cancelled in Amendment under Art. 34, PCT) 3. (Cancelled in Amendment under Art. 34, PCT)
Winding for an electrical machine adapted for interacting with an inductor structure providing a sequence of at least one pair of north and south magnetic poles along a length, producing a magnetic field, said poles being separated by a pole pitch distance τ p along said length, the winding comprising one or more phases, the number of phases being n, the winding being adapted for moving in relation to said inductor structure along said length, the winding having a plurality of groups of pairs of conductors (61, 62; 61', 62'), each pair of conductors forming a turn intercepting a fraction of said magnetic field, a group comprising a first subgroup of turns (61, 62) of one phase having a spread along said length inferior or equal to τ p /n, and a second subgroup of turns (61', 62') of same phase having a spread along said length inferior or equal to τ p /n, at a distance equal to τ p from first subgroup along said length, the first subgroup and the second subgroup having same number t of turns; the turns of the first subgroup being connected in such a way that a current may flow in same direction in all turns of said subgroup, the turns of the second subgroup being connected in such a way that a current may flow in same direction in all turns of said subgroup, a turn of the first subgroup being connected to a turn of the second subgroup in such a way that the direction of said current in the first group is opposite to the direction of the current in the second subgroup, said pairs of conductors comprising first conductors arranged in a first layer and second conductors arranged in a second layer, said first and second layer being separated by an intermediate layer, said intermediate layer having an height perpendicular to said length, one extremity of a first conductor being connected to an extremity of a corresponding second conductor through an opening in said intermediate layer, each of said pairs of conductors (61, 62; 61', 62') forming a turn form a wave, characterised in that first conductors of the first subgroup of turns are interrupted at mid height and connected through said intermediate layer with corresponding second conductors of the second subgroup, at both ends of said length, so as to form a continuous circuit.
A method performed by a monitoring camera for handling a first video stream and a second video stream, wherein the monitoring camera comprises a first image sensor and a second image sensor, the method comprising: obtaining the first video stream from the first image sensor and the second video stream from the second image sensor, wherein a field of view of the first image sensor partly overlaps with a field of view of the second image sensor in an overlap area; identifying an object in the overlap area; characterized in that the object is a moving object, and in that the method comprises: dividing the moving object into a plurality of sub objects; performing a hard handover of each of the sub objects from the first video stream to the second video stream when the respective sub object is completely within the overlap area and when a point of the respective sub object passes a border within the overlap area, wherein the respective sub object is represented by image data from the first video stream before the hard handover, and the respective sub object is represented by image data from the second video stream after the hard handover; blending image data from the first video stream and the second video stream other than of the sub objects in the overlap area using a blending algorithm; and disabling the blending algorithm for image data representing each of the sub objects. obtaining the first video stream from the first image sensor and the second video stream from the second image sensor, wherein a field of view of the first image sensor partly overlaps with a field of view of the second image sensor in an overlap area; identifying an object in the overlap area; dividing the moving object into a plurality of sub objects; performing a hard handover of each of the sub objects from the first video stream to the second video stream when the respective sub object is completely within the overlap area and when a point of the respective sub object passes a border within the overlap area, wherein the respective sub object is represented by image data from the first video stream before the hard handover, and the respective sub object is represented by image data from the second video stream after the hard handover; blending image data from the first video stream and the second video stream other than of the sub objects in the overlap area using a blending algorithm; and disabling the blending algorithm for image data representing each of the sub objects.
A device wakeup method, applicable to a first electronic device, characterized in that the method comprises: receiving a wakeup message from a second electronic device, and in response to determining that a present state of the first electronic device is an unawakened state, acquiring locally collected voice data through a local voice collection unit of the first electronic device; performing Mel-frequency cepstral coefficient, MFCC, extraction on the locally collected voice data to acquire a first MFCC of the locally collected voice data; parsing the wakeup message to obtain a second MFCC comprised in the wakeup message; matching the first MFCC and the second MFCC, and in response to determining that a difference between the first MFCC and the second MFCC is less than or equal to a set threshold value, generating a wakeup instruction; and responsive to the wakeup instruction, waking up the first electronic device. receiving a wakeup message from a second electronic device, and in response to determining that a present state of the first electronic device is an unawakened state, acquiring locally collected voice data through a local voice collection unit of the first electronic device; performing Mel-frequency cepstral coefficient, MFCC, extraction on the locally collected voice data to acquire a first MFCC of the locally collected voice data; parsing the wakeup message to obtain a second MFCC comprised in the wakeup message; matching the first MFCC and the second MFCC, and in response to determining that a difference between the first MFCC and the second MFCC is less than or equal to a set threshold value, generating a wakeup instruction; and responsive to the wakeup instruction, waking up the first electronic device.
A vehicle mountable modular monitoring system for monitoring one or more components (2,3,5,6,7,8,9) of a bogie or railroad truck, the system comprising: first and second modular devices (57,59,54) mountable to the vehicle, the first modular device being configured for mounting adjacent a component (2,3,5,6,7,8,9) to be monitored and comprising: a power source, one or more sensors including a non-contact temperature sensor for monitoring the temperature of said component (2,3,5,6,7,8,9), and a first wireless transmitter for transmitting data wirelessly from the first modular device to the second modular device (59,54); the second modular device (59,54) comprising a wireless receiver (28,48) for receiving data transmitted by the first modular device, characterised in that the non-contact temperature sensor is a thermal imaging sensor comprising a digital thermopile array having a size of at least 8x8 pixels for generating thermal images of the component (2,3,5,6,7,8,9). first and second modular devices (57,59,54) mountable to the vehicle, the first modular device being configured for mounting adjacent a component (2,3,5,6,7,8,9) to be monitored and comprising: a power source, one or more sensors including a non-contact temperature sensor for monitoring the temperature of said component (2,3,5,6,7,8,9), and a first wireless transmitter for transmitting data wirelessly from the first modular device to the second modular device (59,54); a power source, one or more sensors including a non-contact temperature sensor for monitoring the temperature of said component (2,3,5,6,7,8,9), and a first wireless transmitter for transmitting data wirelessly from the first modular device to the second modular device (59,54); the second modular device (59,54) comprising a wireless receiver (28,48) for receiving data transmitted by the first modular device, characterised in that the non-contact temperature sensor is a thermal imaging sensor comprising a digital thermopile array having a size of at least 8x8 pixels for generating thermal images of the component (2,3,5,6,7,8,9).
A femoral assembly for a total knee prosthesis, comprising: a first femoral component having condylar portions (52a-b) and an anterior flange portion, the condylar portions (52a-b) and anterior flange portion together define an outer side of the first femoral component for articulating with a tibial prosthesis and an inner bone facing side opposite the outer side, the inner bone facing side defining five intersecting component inner surfaces (41, 42, 43, 44, 45) that each extend from a lateral side of the first femoral component to a medial side thereof; and a first femoral augment having condylar portions (26a-b) and an anterior flange portion, the condylar portions (26a-b) and anterior flange portion of the first femoral augment together define an outer side of the first femoral augment comprised of five intersecting augment outer surfaces (21, 22, 23, 24, 25), the augment outer surfaces (21, 22, 23, 24, 25) corresponding to the component inner surfaces (41, 42, 43, 44, 45) of the first femoral component, characterised in that the first femoral augment has an inner side comprising no more than three intersecting augment inner surfaces (31, 32, 33), the augment inner surfaces (31, 32, 33) being configured to correspond to resected surfaces of a distal femur. a first femoral component having condylar portions (52a-b) and an anterior flange portion, the condylar portions (52a-b) and anterior flange portion together define an outer side of the first femoral component for articulating with a tibial prosthesis and an inner bone facing side opposite the outer side, the inner bone facing side defining five intersecting component inner surfaces (41, 42, 43, 44, 45) that each extend from a lateral side of the first femoral component to a medial side thereof; and a first femoral augment having condylar portions (26a-b) and an anterior flange portion, the condylar portions (26a-b) and anterior flange portion of the first femoral augment together define an outer side of the first femoral augment comprised of five intersecting augment outer surfaces (21, 22, 23, 24, 25), the augment outer surfaces (21, 22, 23, 24, 25) corresponding to the component inner surfaces (41, 42, 43, 44, 45) of the first femoral component, characterised in that the first femoral augment has an inner side comprising no more than three intersecting augment inner surfaces (31, 32, 33), the augment inner surfaces (31, 32, 33) being configured to correspond to resected surfaces of a distal femur.
A motor, comprising: a stator having a central pass-through aperture; a rotor having a central support shaft that passes through the central pass-through aperture of the stator; an electronics unit electrically connected to the stator and configured for controlling the operation of the motor; and a component support member, wherein the component support member includes a plurality of mounting members configured to connect to a motor support member, wherein the stator is fixedly mounted to the component support member, and wherein the electronics unit is fixedly mounted to the component support member, wherein the component support member has a longitudinal axis and has a plurality of axially extending tabs spaced from each other and from the longitudinal axis, and wherein the stator includes a plurality of axially extending tab-receiving apertures which receive the axially extending tabs so as to lock the stator circumferentially relative to the component support member, wherein each axially extending tab has first and second legs extending therefrom, characterized in that each tab-receiving aperture has first and second leg-receiving apertures which are routed to direct the first and second legs circumferentially away from each other, wherein the component support member further includes a tubular bearing support member, having a radially inner wall and a plurality of bearings supported on the radially inner wall, wherein the central support shaft of the rotor is rotatably supported on the plurality of bearings. a stator having a central pass-through aperture; a rotor having a central support shaft that passes through the central pass-through aperture of the stator; an electronics unit electrically connected to the stator and configured for controlling the operation of the motor; and a component support member, wherein the component support member includes a plurality of mounting members configured to connect to a motor support member, wherein the stator is fixedly mounted to the component support member, and wherein the electronics unit is fixedly mounted to the component support member, wherein the component support member has a longitudinal axis and has a plurality of axially extending tabs spaced from each other and from the longitudinal axis, and wherein the stator includes a plurality of axially extending tab-receiving apertures which receive the axially extending tabs so as to lock the stator circumferentially relative to the component support member, wherein each axially extending tab has first and second legs extending therefrom, characterized in that each tab-receiving aperture has first and second leg-receiving apertures which are routed to direct the first and second legs circumferentially away from each other, wherein the component support member further includes a tubular bearing support member, having a radially inner wall and a plurality of bearings supported on the radially inner wall, wherein the central support shaft of the rotor is rotatably supported on the plurality of bearings.
An increment/decrement apparatus comprising: an input block configured to receive an N-bit unsigned number, wherein the input block comprises N propagate and generate cells; a plurality of calculation cells arranged in rows and columns, wherein the number of the columns is equal to N and the number of the rows is equal to log 2, wherein each row has an index ri, and wherein a variable d is equal to 2 ri, and wherein each calculation cell has two groups of inputs connected to two cells in a preceding row, and wherein: the first group of inputs are connected to outputs of a first calculation cell in the preceding row and vertically aligned with the calculation cell; and the second group of inputs are connected to outputs of a second calculation cell that is d cells away from the first calculation cell; and an output block comprising a plurality of XOR gates, wherein the propagate and generate cells of the input block are connected to a row of said calculation cells, and wherein the XOR gates of the output block are connected to a last row of said calculation cells. an input block configured to receive an N-bit unsigned number, wherein the input block comprises N propagate and generate cells; a plurality of calculation cells arranged in rows and columns, wherein the number of the columns is equal to N and the number of the rows is equal to log 2, wherein each row has an index ri, and wherein a variable d is equal to 2 ri, and wherein each calculation cell has two groups of inputs connected to two cells in a preceding row, and wherein: the first group of inputs are connected to outputs of a first calculation cell in the preceding row and vertically aligned with the calculation cell; and the second group of inputs are connected to outputs of a second calculation cell that is d cells away from the first calculation cell; and the first group of inputs are connected to outputs of a first calculation cell in the preceding row and vertically aligned with the calculation cell; and the second group of inputs are connected to outputs of a second calculation cell that is d cells away from the first calculation cell; and an output block comprising a plurality of XOR gates, wherein the propagate and generate cells of the input block are connected to a row of said calculation cells, and wherein the XOR gates of the output block are connected to a last row of said calculation cells.