mhurhangee/ep-ind-claims huggingface dataset:
A sorter comprising: a platform; a plurality of rollers supported by the platform, at least some of the rollers having rotors rotatable about axes of rotation; a plurality of armature elements supported by the platform and associated with the plurality of rollers; a plurality of cradles supported by the platform and pivotable about a vertical axis, wherein the rollers are supported in the cradles; a linear stator propagating a magnetic flux wave across the platform, the magnetic flux wave interacting with the rotors to rotate the rollers about their axes of rotation and interacting with the armature elements; wherein said armature elements are attached to the cradles and the magnetic flux wave causes the cradles to pivot about the vertical axis to change the orientation of the axes of rotation of the rollers and the sorting direction; a controller controlling the amplitude and propagation direction of the magnetic flux wave to selectively rotate the rollers having rotors and to selectively energize the armature elements to sort articles conveyed atop the rollers in selected sorting directions, characterized in that the sorter comprises fixed detents (74A, 74B, 74C) associated with each of the rollers and wherein each cradle includes a plunger that pivots with the cradle and that is received in one or another of the detents (74A; 74B; 74C) to set the axis of rotation of the roller. a platform; a plurality of rollers supported by the platform, at least some of the rollers having rotors rotatable about axes of rotation; a plurality of armature elements supported by the platform and associated with the plurality of rollers; a plurality of cradles supported by the platform and pivotable about a vertical axis, wherein the rollers are supported in the cradles; a linear stator propagating a magnetic flux wave across the platform, the magnetic flux wave interacting with the rotors to rotate the rollers about their axes of rotation and interacting with the armature elements; wherein said armature elements are attached to the cradles and the magnetic flux wave causes the cradles to pivot about the vertical axis to change the orientation of the axes of rotation of the rollers and the sorting direction; a controller controlling the amplitude and propagation direction of the magnetic flux wave to selectively rotate the rollers having rotors and to selectively energize the armature elements to sort articles conveyed atop the rollers in selected sorting directions, characterized in that the sorter comprises fixed detents (74A, 74B, 74C) associated with each of the rollers and wherein each cradle includes a plunger that pivots with the cradle and that is received in one or another of the detents (74A; 74B; 74C) to set the axis of rotation of the roller.
A wearable electronic device (1, 201, 301), comprising: an optical reader configured to read information; a wearable member to be worn so as to cover at least a part of a back of a hand and of a finger (102, 104, 105, 106) of the hand among the four fingers of the hand excluding the thumb, said back of the hand being opposite to a palm of the hand, and said finger having a third joint when counting from fingertip; and a support part (50, 210, 310) provided on a surface of the wearable member and configured to support the optical reader, wherein the support part (50, 210, 310) is formed to change a position of the optical reader during the wearable member being worn to at least two positions, and wherein in one of the at least two positions the optical reader is placed on the finger distal of its third joint towards its fingertip and in a second of the at least two positions the optical reader is placed proximal of the third joint of the finger towards the back of the hand, characterized in that the wearable member is configured to be flexible, is configured to be worn as a glove and is configured to cover partially the back of the hand, partially the thumb, and partially the finger (102, 104, 105, 106) including a part of the finger (102 104 105 106 wherein the part covers the third joint and all the section of the finger (102, 104, 105, 106) towards the back of the hand situated proximal of the third joint. an optical reader configured to read information; a wearable member to be worn so as to cover at least a part of a back of a hand and of a finger (102, 104, 105, 106) of the hand among the four fingers of the hand excluding the thumb, said back of the hand being opposite to a palm of the hand, and said finger having a third joint when counting from fingertip; and a support part (50, 210, 310) provided on a surface of the wearable member and configured to support the optical reader, wherein the support part (50, 210, 310) is formed to change a position of the optical reader during the wearable member being worn to at least two positions, and wherein in one of the at least two positions the optical reader is placed on the finger distal of its third joint towards its fingertip and in a second of the at least two positions the optical reader is placed proximal of the third joint of the finger towards the back of the hand, characterized in that the wearable member is configured to be flexible, is configured to be worn as a glove and is configured to cover partially the back of the hand, partially the thumb, and partially the finger (102, 104, 105, 106) including a part of the finger (102 104 105 106 wherein the part covers the third joint and all the section of the finger (102, 104, 105, 106) towards the back of the hand situated proximal of the third joint.
An agent selected from: a) a halomethyl choline, b) a halomethyl betaine, c) a halomethyl betaine salt, d) a halomethyl betaine amide, and e) a halomethyl dimethyl amino alcohol, having the chemical structures and groups as shown below Halomethyl cholines: ( Fluorocholine, Chlorocholine, Bromocholine, Iodocholine) X = F, Cl, Br, I Y represents counter ions: Y = I, Br, Cl Halomethyl betaines: (Fluorodimethylglycine, Chlorodimethylglycine, Bromodimethylglycine, Iododimethylglycine) X = F, Cl, Br, I Halomethyl betaine salts: X = F, Cl, Br, I Y represents counter ions: Y = I, Br, Cl Halomethyl betaine amides: X = F, Cl, Br, I Y represents counter ions: Y = I, Br, Cl Halomethyl betaine amides: X = F, Cl, Br, I Y = I, Br, Cl R = methyl, ethyl, propyl, amino adds, peptides Halomethyl dimethyl amino alcohols: X = F, Cl, Br, I Y = I, Br, Cl R = methyl, ethyl, propyl (e.g. N- Iodomethyl N,N-dimethylamine-2-hydroxy-propanol, when X = I, R = methyl) for use in a method of treating a subject with kidney and/or cardiovascular disease. a) a halomethyl choline, b) a halomethyl betaine, c) a halomethyl betaine salt, d) a halomethyl betaine amide, and e) a halomethyl dimethyl amino alcohol,
A method for generating at least one recipe suggestion when using a kitchen appliance for preparing food, comprising the following steps: - recording of food data, in particular on the kitchen appliance, - assigning the food data to a data history of a user profile, - recognizing a behavior pattern of the user profile depending on the data history, - determining at least one recipe suggestion as a function of the behavior pattern, - providing the at least one recipe suggestion on the kitchen appliance, wherein the method comprises the following step: - recording (106.2) of away-from-home activities, wherein the away-from-home activities are taken into account when recognizing the behavior pattern and/or when determining the at least one recipe suggestion. - recording of food data, in particular on the kitchen appliance, - assigning the food data to a data history of a user profile, - recognizing a behavior pattern of the user profile depending on the data history, - determining at least one recipe suggestion as a function of the behavior pattern, - providing the at least one recipe suggestion on the kitchen appliance, wherein the method comprises the following step: - recording (106.2) of away-from-home activities, - recording (106.2) of away-from-home activities, wherein the away-from-home activities are taken into account when recognizing the behavior pattern and/or when determining the at least one recipe suggestion.
A display panel, wherein the display panel includes a plurality of display units of pixels, each of the display units including a display subunit corresponding to a white channel and display subunits corresponding to a plurality of primary color channels, wherein display areas of the display subunits corresponding to the plurality of primary color channels are equal, and the display area of the display subunit corresponding to the white channel is larger than the display area of each display subunit corresponding to each primary color channel, wherein each of the display subunits (11, 12) comprises a TFT, characterized in that the display panel includes a first gate circuit, a second gate circuit, and a data circuit, a source electrode of each TFT is connected to the data circuit, a gate electrode of the TFT of the display subunit corresponding to each of the primary color channels is connected to the first gate circuit, and a gate electrode of the TFT of the display subunit corresponding to each of the white channels is connected to the second gate circuit.
Laminated glazing for vehicles, comprising at least one interlayer sheet (13, 16) of thermoplastic polymer positioned between two substrates (11, 17), each substrate thus having a respective face (2, 3) turned toward said interlayer sheet (13, 16), said glazing having reflection properties in the infrared and/or in solar radiation, characterized in that a heating means having a power density of at least 400 W/m 2, or even at least 500 W/m 2, is positioned against the face of the interlayer sheet which is turned toward the outside, in that a means having reflection properties in the infrared and/or in solar radiation is positioned on the internal face of the inner substrate and in that said glazing has a light transmission of at least 70%, or even at least 75%.
Method of producing panel material from thin paper, wherein the paper is present on rolls or in sheets, comprising the steps - provision of the paper in roll or sheet form, - supplying the paper to an installation suitable for taking up and transporting the paper, - taking up of the paper by the installation, - transporting of the paper through the installation, - planar application of adhesive (4A, 4B) to at least one side of the paper while it is being transported, - possibly cutting of the paper into sheets so that paper sheets, to at least one side of which adhesive (4A, 4B) has been applied, are provided, which at the end of transportation are stacked on top of each other, wherein the stack of paper sheets provided with adhesive is pressed together through pressure, and as the installation envisaged for implementing the method a conveyor system provided with ink(s) for the printing of paper is used. - provision of the paper in roll or sheet form, - supplying the paper to an installation suitable for taking up and transporting the paper, - taking up of the paper by the installation, - transporting of the paper through the installation, - planar application of adhesive (4A, 4B) to at least one side of the paper while it is being transported, - possibly cutting of the paper into sheets so that paper sheets, to at least one side of which adhesive (4A, 4B) has been applied, are provided, which at the end of transportation are stacked on top of each other, wherein the stack of paper sheets provided with adhesive is pressed together through pressure, and as the installation envisaged for implementing the method a conveyor system provided with ink(s) for the printing of paper is used.
A method for wireless communications, comprising: operating (1605, 1705, 1805) at a first voltage level (440, 620, 640, 660) in a wireless communications device; detecting (1610, 1710, 1810), within a first portion of a received frame, a frame metric comprising a throughput category corresponding to a bandwidth associated with a plurality of packets of the received frame; and determining whether to transition to a second voltage level (445, 446, 447, 645, 665) to process at least a portion of the plurality of packets in a second portion of the received frame based on the detected throughput category. operating (1605, 1705, 1805) at a first voltage level (440, 620, 640, 660) in a wireless communications device; detecting (1610, 1710, 1810), within a first portion of a received frame, a frame metric comprising a throughput category corresponding to a bandwidth associated with a plurality of packets of the received frame; and determining whether to transition to a second voltage level (445, 446, 447, 645, 665) to process at least a portion of the plurality of packets in a second portion of the received frame based on the detected throughput category.
A connection assembly for connecting a user-coupled link to a resistance-bearing cable in an exercise apparatus, wherein the corresponding cable has an enlarged ball end, the connection assembly comprising a barrel extending axially along an axis and having first and second distally opposite axial ends (30; 32), said first axial end being adapted to engage a user-coupled link and said second axial end having a trap portion being adapted to engage a cable in a ball and socket trapped relation, an outer collar around said barrel at said second axial end of said barrel; attached to said barrel and adapted to retain a cable in trapped relation engaging said barrel, said outer collar extending axially along said axis and having first and second distally opposite axial ends (44; 46), said first axial end of said outer collar having a first axial end face facing in a first axial direction toward said barrel, said second axial end of said barrel having a second axial end face facing in a second axial direction opposite to said first axial direction, said first and second axial end faces (48; 50) being axially spaced by an axial gap therebetween, characterized in that an inner collar is provided in said axial gap, said inner collar is circumscribed by said outer collar, said inner collar is adapted to circumscribe a cable, and said inner collar has an aperture extending axially therethrough, said aperture being adapted to circumscribe a cable that extends axially through said inner collar, said inner collar has a third axial end face facing in said first axial direction and facing said second axial end face, said inner collar has a fourth axial end face facing in said second axial direction and facing said first axial end face, said inner collar is made of resilient or elastomeric material and is resiliently compressible in the axial direction, said inner collar is resiliently radially expansible at said aperture to a diameter at least as great as the diameter of the enlarged ball end of a corresponding cable, to permit, upon disengagement of said outer collar from said barrel, and said barrel from said enlarged ball end, withdrawal of a cable axially from said inner collar by axially sliding the enlarged ball end through said aperture of said inner collar as said inner collar resiliently radially expands at said aperture to permit axial passage of the enlarged ball end therethrough.
A device for cleaning container pumps, with a pump lance for flowable media that forms a fluidic cleaning circuit in which a cleaning agent tank and at least one container pump to be cleaned are successively flowed through by a cleaning agent that is contained in the cleaning circuit and circulated by the conveying action of at least one of the container pumps to be cleaned, characterized in that a dip tank is associated with an upper-side insertion opening for introducing the pump lance that is connected to a container pump to be cleaned, and an outlet of the tank pump to be cleaned is connected via a discharge line to an inlet of the cleaning agent tank, wherein a plurality of inlet openings that are distributed over the periphery of the outer wall surrounding the insertion opening and form the inlet of the dip tank or belong thereto are associated with the dip tank, and wherein the inlet openings are formed in an inner wall of an at least partially encircling cuff ring into which cleaning agent can be conveyed from the cleaning agent tank via a feed line and injected under pressure via the inlet openings into the dip tank.
Intermediate pole for supporting a grapevine, arranged between two head poles between which a wire is stretched in order to hold up the plants, said intermediate pole being made by a metal section having its lower end driven into the ground, the upper end of the intermediate pole has a sliding surface for bearing the plants, the sliding surface being furrowed by a groove within which the wire holding the plant is held, characterized in that the pole is made by a T-shaped metal section, the upper end of one of its two wings being curved and forming the sliding surface for holding the plant.
A method for a wireless device, the method comprising: receiving, by a wireless device from a base station, one or more messages comprising configuration parameters of a cell, the configuration parameters comprising: a first parameter indicating whether a first accumulated power control adjustment for sounding reference signals, SRSs, of a cell is enabled; and a second parameter indicating whether a second accumulated power control adjustment for an uplink data channel of the cell is enabled; determining, for the SRSs of the cell, a first transmission power based on the first accumulated power control adjustment and a first power control command; transmitting the SRSs with the first transmission power; determining, for the uplink data channel of the cell, a second transmission power based on the second accumulated power control adjustment and a second power control command; and transmitting one or more transport blocks with the second transmission power. receiving, by a wireless device from a base station, one or more messages comprising configuration parameters of a cell, the configuration parameters comprising: a first parameter indicating whether a first accumulated power control adjustment for sounding reference signals, SRSs, of a cell is enabled; and a second parameter indicating whether a second accumulated power control adjustment for an uplink data channel of the cell is enabled; a first parameter indicating whether a first accumulated power control adjustment for sounding reference signals, SRSs, of a cell is enabled; and a second parameter indicating whether a second accumulated power control adjustment for an uplink data channel of the cell is enabled; determining, for the SRSs of the cell, a first transmission power based on the first accumulated power control adjustment and a first power control command; transmitting the SRSs with the first transmission power; determining, for the uplink data channel of the cell, a second transmission power based on the second accumulated power control adjustment and a second power control command; and transmitting one or more transport blocks with the second transmission power.
A bearing stator, comprising: a frame, the frame being provided with an accommodation recess, a position-limiting portion being disposed in the accommodation recess, a bearing iron core, any one of axial end surfaces of the bearing iron core being provided with a winding groove,; and an axial winding, the axial wining being located in the winding groove, and a part, corresponding to the frame, of the axial winding being pressed into the accommodation recess; wherein the position-limiting portion is used to limit the axial winding in the accommodation recess, characterized in that each of outer wall surfaces at two sides of the accommodation recess are provided with a first positioning portion, and the winding groove is provided with a second positioning portion on two opposite sides of the bearing iron core along a radial direction of the bearing iron core, and the second positioning portion is clamped with the first positioning portion. a frame, the frame being provided with an accommodation recess, a position-limiting portion being disposed in the accommodation recess, a bearing iron core, any one of axial end surfaces of the bearing iron core being provided with a winding groove,; and an axial winding, the axial wining being located in the winding groove, and a part, corresponding to the frame, of the axial winding being pressed into the accommodation recess; wherein the position-limiting portion is used to limit the axial winding in the accommodation recess,
An active front deflector assembly for a vehicle, comprising: at least one deflector panel, where the deflector panel selectively deploys and retracts between at least a deployed position and a stowed position, where the deployment of the deflector panel improves aerodynamics; at least two linkage assemblies attached to the deflector panel and to the vehicle, each linkage assembly forming a parallelogram of links when in the deployed position; a drive shaft operably coupled to the at least two linkage assemblies wherein the drive shaft transmits the drive from one side of the active front deflector assembly to the other; and an actuator operably coupled to the linkage assemblies and drive shaft, where the actuator is in communication with the vehicle and deploys and retracts the deflector panel under predetermined conditions. at least one deflector panel, where the deflector panel selectively deploys and retracts between at least a deployed position and a stowed position, where the deployment of the deflector panel improves aerodynamics; at least two linkage assemblies attached to the deflector panel and to the vehicle, each linkage assembly forming a parallelogram of links when in the deployed position; a drive shaft operably coupled to the at least two linkage assemblies wherein the drive shaft transmits the drive from one side of the active front deflector assembly to the other; and an actuator operably coupled to the linkage assemblies and drive shaft, where the actuator is in communication with the vehicle and deploys and retracts the deflector panel under predetermined conditions.