mhurhangee/ep-ind-claims huggingface dataset:
A machine comprising: a base housing; and a handle assembly mounted to the base housing and extending at an angle from the base housing along a handle plane, the handle assembly having: a mating component having a plurality of slots arranged at multiple angular positions along a slot plane, and a handle segment rotatably mounted to the mating component, the handle segment housing a locking member, wherein the handle segment is pivotable along the slot plane relative to the base housing and wherein the locking member is removably insertable into a first slot of the plurality of slots when the handle segment is in a first angular position and is removably inserted into a second slot of the plurality of slots when the handle segment is in a second angular position, and wherein the base housing houses a motor to drive a work implement, characterized in that the slot plane is parallel to the handle plane. a base housing; and a handle assembly mounted to the base housing and extending at an angle from the base housing along a handle plane, the handle assembly having: a mating component having a plurality of slots arranged at multiple angular positions along a slot plane, and a handle segment rotatably mounted to the mating component, the handle segment housing a locking member, wherein the handle segment is pivotable along the slot plane relative to the base housing and wherein the locking member is removably insertable into a first slot of the plurality of slots when the handle segment is in a first angular position and is removably inserted into a second slot of the plurality of slots when the handle segment is in a second angular position, and wherein the base housing houses a motor to drive a work implement, characterized in that the slot plane is parallel to the handle plane. a mating component having a plurality of slots arranged at multiple angular positions along a slot plane, and a handle segment rotatably mounted to the mating component, the handle segment housing a locking member, wherein the handle segment is pivotable along the slot plane relative to the base housing and wherein the locking member is removably insertable into a first slot of the plurality of slots when the handle segment is in a first angular position and is removably inserted into a second slot of the plurality of slots when the handle segment is in a second angular position, and wherein the base housing houses a motor to drive a work implement, characterized in that the slot plane is parallel to the handle plane.
A power source board for an image displaying apparatus comprising a frame, the power source board comprising: an insulated substrate that is formed with an insulating paper or an insulating plate; circuit elements that are mounted on the insulated substrate and configure a power source circuit for supplying various kinds of voltage sources, wherein: one or more projection portions (520, 530) are provided on the insulated substrate; one ends of the one or more projection portions (520, 530) are at a position higher than the height of the circuit elements with reference to a mounting surface of the circuit elements; characterized in that the one or more projection portions (520, 530) are configured not to contact the frame of the image displaying apparatus when the insulated substrate is attached to the frame. an insulated substrate that is formed with an insulating paper or an insulating plate; circuit elements that are mounted on the insulated substrate and configure a power source circuit for supplying various kinds of voltage sources, wherein: one or more projection portions (520, 530) are provided on the insulated substrate; one ends of the one or more projection portions (520, 530) are at a position higher than the height of the circuit elements with reference to a mounting surface of the circuit elements; characterized in that the one or more projection portions (520, 530) are configured not to contact the frame of the image displaying apparatus when the insulated substrate is attached to the frame. one or more projection portions (520, 530) are provided on the insulated substrate; one ends of the one or more projection portions (520, 530) are at a position higher than the height of the circuit elements with reference to a mounting surface of the circuit elements; characterized in that the one or more projection portions (520, 530) are configured not to contact the frame of the image displaying apparatus when the insulated substrate is attached to the frame.
A computer implemented method comprising: receiving parameter information associated with an entrance pupil of an omnidirectional lens, wherein the parameter information comprises one or more entrance pupil coefficients and a value representing a total number of entrance pupil coefficients; storing one or more elements of the parameter information in one or more data structures; and providing the one or more data structures for use in one or more image formation tasks, wherein the parameter information further comprises entrance pupil distortion correction parameters, and wherein the entrance pupil distortion correction parameters are used to correct a camera_centre_offset ( O Z) to its real optical center (Cw) in external camera coordinates, characterized in that full correction under varying entrance pupil equates to θ = ∑ j = 0 N i − 1 p j ∗ r j + EP θ, wherein θ represents an angle of a sphere coordinate of a luma sample (p, p) from a normal vector of a nominal imaging plane that passes through a center (c) of a sphere coordinate system for an active area of a circular image, N i represents the total number of entrance pupil coefficients, p j represents a polynomial coefficient, r represents a normalized distance of the luma sample from a center of the circular image, and EP( θ) is defined by an entrance pupil equation ∑ j = 3 M i − 1 q j ∗ r j, wherein M i represents three more than the total number of entrance pupil coefficients and q j represents one or more instances of polynomial coefficient values EP_coeffs. receiving parameter information associated with an entrance pupil of an omnidirectional lens, wherein the parameter information comprises one or more entrance pupil coefficients and a value representing a total number of entrance pupil coefficients; storing one or more elements of the parameter information in one or more data structures; and providing the one or more data structures for use in one or more image formation tasks, wherein the parameter information further comprises entrance pupil distortion correction parameters, and wherein the entrance pupil distortion correction parameters are used to correct a camera_centre_offset ( O Z) to its real optical center (Cw) in external camera coordinates, characterized in that full correction under varying entrance pupil equates to θ = ∑ j = 0 N i − 1 p j ∗ r j + EP θ, wherein θ represents an angle of a sphere coordinate of a luma sample (p, p) from a normal vector of a nominal imaging plane that passes through a center (c) of a sphere coordinate system for an active area of a circular image, N i represents the total number of entrance pupil coefficients, p j represents a polynomial coefficient, r represents a normalized distance of the luma sample from a center of the circular image, and EP( θ) is defined by an entrance pupil equation ∑ j = 3 M i − 1 q j ∗ r j, wherein M i represents three more than the total number of entrance pupil coefficients and q j represents one or more instances of polynomial coefficient values EP_coeffs.
A method comprising: for a given user equipment, selecting a subset of a plurality of beams based on received energies of the plurality of beams, wherein selecting the subset comprises: normalizing the received energy of each of the plurality of beams by dividing the energy by summarized values of the plurality of beams; and selecting for the subset only those beams for which a sum of their respective normalized received energy satisfies a predefined normalized total received energy; using the received energies of each beam of the subset of beams to compress data prior to transmitting the compressed data on a front haul link; and transmitting on the front haul link only the data from the selected subset of beams. normalizing the received energy of each of the plurality of beams by dividing the energy by summarized values of the plurality of beams; and selecting for the subset only those beams for which a sum of their respective normalized received energy satisfies a predefined normalized total received energy; using the received energies of each beam of the subset of beams to compress data prior to transmitting the compressed data on a front haul link; and transmitting on the front haul link only the data from the selected subset of beams.
A method for setting a link aggregation group, the method being applied to a controlling bridge, the controlling bridge and a port extender forming an extended bridge, wherein the method comprises: setting the link aggregation group; associating an aggregation port (LAG 21-2) of the link aggregation group with a plurality of extended ports (21-2-1, 21-2-2) of the port extender, wherein the plurality of extended ports are connected to a same terminal; assigning an aggregation port identifier to the aggregation port; associating an extended port identifier for each of the plurality of extended ports and a cascaded port connecting to the port extender, with the aggregation port, so that an ingress port through which an upstream packet received by any of the plurality of extended ports enters the extended bridge is identified as the aggregation port; and associating the aggregation port with the aggregation port identifier and the cascaded port so as to determine to add the aggregation port identifier into a downstream unicast packet wherein an egress port for exiting the extended bridge is the aggregated port and so as to determine to send the downstream unicast packet added with the aggregation port identifier via the cascaded port. setting the link aggregation group; associating an aggregation port (LAG 21-2) of the link aggregation group with a plurality of extended ports (21-2-1, 21-2-2) of the port extender, wherein the plurality of extended ports are connected to a same terminal; assigning an aggregation port identifier to the aggregation port; associating an extended port identifier for each of the plurality of extended ports and a cascaded port connecting to the port extender, with the aggregation port, so that an ingress port through which an upstream packet received by any of the plurality of extended ports enters the extended bridge is identified as the aggregation port; and associating the aggregation port with the aggregation port identifier and the cascaded port so as to determine to add the aggregation port identifier into a downstream unicast packet wherein an egress port for exiting the extended bridge is the aggregated port and so as to determine to send the downstream unicast packet added with the aggregation port identifier via the cascaded port.
A method comprising: causing a home screen with home screen content to be displayed by a first display (106; 116; 120a; 120b; 120c) of an apparatus (10; 100; 110; 500), wherein the home screen includes a user selectable icon for a first application; receiving an indication of a transition to a multiple display mode; in response to receiving the indication of the transition to the multiple display mode, continuing to cause the home screen with the home screen content to be displayed by the first display of the apparatus; in response to receiving the indication of the transition to the multiple display mode, causing a task switcher to be displayed by a second display (108; 118; 122b; 122c) of the apparatus while the home screen with the home screen content is being displayed by the first display, wherein the task switcher enables a user to select one of multiple applications that are currently running in the background or have recently been implemented; in response to user selection of a second application from the multiple applications, causing application content for the second application to be displayed by the second display while the home screen content is being displayed by the first display; and in response to user selection of the user selectable icon for the first application, replacing the application content for the second application with the application content for the first application on the second display. causing a home screen with home screen content to be displayed by a first display (106; 116; 120a; 120b; 120c) of an apparatus (10; 100; 110; 500), wherein the home screen includes a user selectable icon for a first application; receiving an indication of a transition to a multiple display mode; in response to receiving the indication of the transition to the multiple display mode, continuing to cause the home screen with the home screen content to be displayed by the first display of the apparatus; in response to receiving the indication of the transition to the multiple display mode, causing a task switcher to be displayed by a second display (108; 118; 122b; 122c) of the apparatus while the home screen with the home screen content is being displayed by the first display, wherein the task switcher enables a user to select one of multiple applications that are currently running in the background or have recently been implemented; in response to user selection of a second application from the multiple applications, causing application content for the second application to be displayed by the second display while the home screen content is being displayed by the first display; and in response to user selection of the user selectable icon for the first application, replacing the application content for the second application with the application content for the first application on the second display.
A solid oral pharmaceutical composition in the form of a bilayer tablet comprising a fixed dose combination of capecitabine and cyclophosphamide, wherein the bilayer tablet comprises a first layer and a second layer wherein the first layer comprises capecitabine and one or more pharmaceutically acceptable excipients and the second layer comprises cyclophosphamide and one or more pharmaceutically acceptable excipients and further optionally comprising a film coating that covers both layers.
A polycondensation polymer composition comprising a polycondensation polymer and at least one metal compound selected from the group consisting of R 7 Si 7 O 12 Al, R 7 Si 7 O 12 TiOH, (R 7 Si 7 O 12) 2 Zn 4 Me 2, R 7 Si 7 O 12 Zr(O- i -C 3 H 7), and R 7 Si 7 O 12 Ge(O- i -C 3 H 7) wherein R is selected from the group consisting of (i-C 4 H 9) and phenyl that allow at least one solvent selected from the group consisting of ethanol, isopropanol, acetone, THF, and acetonitrile to contain at least 50 gms of R 7 Si 7 O 9 3 per 1000gm of the solvent at 50 °C.
Use of a glycol as a pathogen inactivating agent in a biological composition, wherein said biological composition is a blood composition, a milk composition, a clinical sample of urine, sweat, sputum, feces, or spinal fluid, or cellular or tissue extracts, and wherein the glycol is not combined with arginine.
Baking tray or pan for a cooking appliance having a receiving area for the food and at least one holding area arranged laterally in an insertion direction for engagement into a food carrier receptacle, wherein the holding area has at least one moulding with at least one first flank with a first flank angle ( α 1) relative to a vertical of the baking tray or the pan and a second flank with a second flank angle ( α 2) relative to the vertical of the baking tray or the pan for engagement into the food carrier receptacle, wherein the first flank has a flank angle ( α 1) between 45° and 90°, in particular between 50° and 80°, preferably 75° relative to the vertical, and/or the second flank has a flank angle ( α 2) between 0° and 70°, in particular between 0° and 60°, preferably 50° relative to the vertical, characterised in that the moulding is formed by a beading of the holding area, wherein the basic material of the food carrier is bent in the area such that a substantially semi-circular rounding is produced, and this is extended in the area of the moulding such that a section oriented downward at right angles to the insertion direction forms the moulding with its edges.
A network characterizing unit for in-service characterization of a single-user data rate achievable over a particular subscriber line (L n) of a vectoring group, and configured to receive error samples (E nt) as successively measured by a receiver (110; 210) coupled to the particular subscriber line while sequences of pilot symbols are being transmitted over the respective subscriber lines of the vectoring group, the sequences of pilot symbols being modulated with respective pilot sequences (V nt) selected from a set of mutually orthogonal pilot sequences, wherein the network characterizing unit is further configured to characterize the single-user data rate by correlation of the received error samples with at least one unassigned pilot sequence (W mt) from the set of mutually orthogonal pilot sequences, the at least one unassigned pilot sequence being not used for modulation of the transmitted sequences of pilot symbols, and wherein characterizing the single-user data rate comprises estimating a value of the single-user data rate and/or determining a bound for a value of the single-user data rate.
Brake disc for a disc brake of a vehicle, in particular a rail vehicle, comprising: - a central cylindrical part extending substantially along an axis of rotation (A-A') and intended to be fixed in rotation to a rotary shaft of the vehicle; - an annular portion centred on the axis of rotation (A-A'), extending radially with respect to the axis of rotation (A-A') away from the central cylindrical portion and intended to come into contact with a braking element of the disc brake; and - a spacer connecting the central cylindrical part to the annular part; the central cylindrical part, the spacer and the annular part being integral, the central cylindrical part, the spacer and the annular part being formed by 28CDV5 steel. - a central cylindrical part extending substantially along an axis of rotation (A-A') and intended to be fixed in rotation to a rotary shaft of the vehicle; - an annular portion centred on the axis of rotation (A-A'), extending radially with respect to the axis of rotation (A-A') away from the central cylindrical portion and intended to come into contact with a braking element of the disc brake; and - a spacer connecting the central cylindrical part to the annular part; the central cylindrical part, the spacer and the annular part being integral, the central cylindrical part, the spacer and the annular part being formed by 28CDV5 steel.
Conveying system having at least one closed conveying segment on which carriages can be moved on a closed movement path comprising deflections which, at at least one deflection, comprises a conveying wheel (10, 10a), which comprises at its circumference a plurality of catch regions, into which catch elements engage for the further movement of the carriages, wherein the conveying system comprises at least one carriage guided on a guide of the conveying segment (3, 3a), and wherein the conveying wheel (10, 10a) comprises at its circumference a plurality of first guiding and entraining elements, which, for the further movement of the carriages with the conveying wheel (10, 10a), form in each case a catch surface which interacts with catch elements of the carriages, characterised in that the first guiding and entraining elements can in each case be moved, individually controlled by their catch surfaces, in the direction of rotation of the conveying wheel (10, 10a) and against this direction of rotation relative to the conveying wheel (10, 10a).
A method for forming a catalytic material comprising: providing sacrificial template particles; reacting a transition metal precursor and Nicarbazin onto the sacrificial template particles to produce dispersed precursors; heat treating the dispersed precursors in a first heat treatment step; and removing the sacrificial template particles to produce a self-supported, high surface area material; and heating the material in a second heat treatment step. providing sacrificial template particles; reacting a transition metal precursor and Nicarbazin onto the sacrificial template particles to produce dispersed precursors; heat treating the dispersed precursors in a first heat treatment step; and removing the sacrificial template particles to produce a self-supported, high surface area material; and heating the material in a second heat treatment step.
A biosensor for at least partial insertion in a fetal scalp, for monitoring an analyte in the body of the fetus, wherein the biosensor comprises a needle, an electrode and a microdialysis element for sampling the analyte, wherein the electrode has a single or double helix configuration, and wherein: the microdialysis element is integrated in the needle; or the microdialysis element is integrated in the electrode. the microdialysis element is integrated in the needle; or the microdialysis element is integrated in the electrode.
A coating colour composition for paper and/or paperboard comprising - a pigment, - a binder substitute comprising styrene acrylate copolymer, which has a mean particle size ≤100 nm, and which is obtained by free radical emulsion copolymerisation of ethylenically unsaturated monomers in the presence of degraded starch, which has an average molecular weight (Mn) 500 - 10 000, and - a latex binder which is styrene butadiene latex. - a pigment, - a binder substitute comprising styrene acrylate copolymer, which has a mean particle size ≤100 nm, and which is obtained by free radical emulsion copolymerisation of ethylenically unsaturated monomers in the presence of degraded starch, which has an average molecular weight (Mn) 500 - 10 000, and - a latex binder which is styrene butadiene latex.