mhurhangee/ep-ind-claims huggingface dataset:
A cutting tool comprising a tool holder, an indexable cutting insert, and at least one clamping member, the tool holder comprising: a shank portion, and a holder portion connected to the shank portion, the holder portion having a blade-shaped front portion with an elongated supporting surface extending in a rearward-to-forward direction (D R, D F), and the cutting insert having a central axis around which the cutting insert is indexable, and comprising: a central portion having two opposing side surfaces and three spaced apart locating surfaces extending therebetween, the central axis intersecting the two opposing side surfaces, three cutting portions connected to the central portion, each cutting portion formed between two of the three locating surfaces and including a cutting edge, and a median plane located mid-way between the two opposing side surfaces of the cutting insert, the three locating surfaces defining a first imaginary triangle in a cross-section taken along the median plane, the cutting insert being removably securable to the holder portion in any one of three index positions by the at least one clamping member, wherein in each index position: the at least one clamping member is located entirely rearward of a first vertical plane containing the central axis and perpendicular to the rearward-to-forward direction (D R. D F), and one of the three locating surfaces is in clamping contact with the supporting surface, and wherein in a direction parallel to the central axis: each cutting portion has a first maximum width (W1 MAX) defined by its cutting edge which is greater than both (i) a second maximum width (W2 MAX) of the central portion, and also (ii) a third maximum width (W3 MAX) of the blade-shaped front portion. a shank portion, and a holder portion connected to the shank portion, the holder portion having a blade-shaped front portion with an elongated supporting surface extending in a rearward-to-forward direction (D R, D F), and a central portion having two opposing side surfaces and three spaced apart locating surfaces extending therebetween, the central axis intersecting the two opposing side surfaces, three cutting portions connected to the central portion, each cutting portion formed between two of the three locating surfaces and including a cutting edge, and a median plane located mid-way between the two opposing side surfaces of the cutting insert, the three locating surfaces defining a first imaginary triangle in a cross-section taken along the median plane, the at least one clamping member is located entirely rearward of a first vertical plane containing the central axis and perpendicular to the rearward-to-forward direction (D R. D F), and one of the three locating surfaces is in clamping contact with the supporting surface, and wherein in a direction parallel to the central axis: each cutting portion has a first maximum width (W1 MAX) defined by its cutting edge which is greater than both (i) a second maximum width (W2 MAX) of the central portion, and also (ii) a third maximum width (W3 MAX) of the blade-shaped front portion.
A prodrug having the following formula I: R-A n -Ser-Leu-Y-Z wherein R = a protein-binding group or a residue selected from the group consisting of C 1-10 alkyl, C 1-10 alkenyl, C 1-10 alkynyl and C 1-10 acyl, wherein the residue may be cyclic, branched or linear, optionally containing one or more heteroatoms, or an unsubstituted or substituted residue selected from the group consisting of aryl, aralkyl and heteroaryl, said residue being substituted by a protein-binding group; A = a peptide sequence consisting of L- and/or D-amino acids, wherein the amino acid residues may be the same or different; n = an integer from 1 to 10, indicating the number of amino acids in the peptide sequence; Y = a linker moiety; and Z = a cytostatic agent wherein Y is selected from the groups consisting of p -aminobenzyloxycarbonyl (PABC), N -methyldiamino ethylene or symmetric N,N -dimethyldiamino ethylene, a trimethyl lock lactonization linker, and a vinylologous benzyl elimination linker, and wherein the protein-binding group is selected from the group consisting of a maleimide group, a halogenacetamide group, a halogenacetate group, a pyridylthio group, a vinylcarbonyl group, an aziridine group, a disulfide group, a substituted or unsubstituted acetylene group, and a hydroxysuccinimide ester group.
A power conversion device (21, 27) that drives an induction motor by speed sensorless vector control, comprising: a coordinate conversion unit (18, 19, 20) configured to convert a command value (V dc **; V qc **) or a detection value (I dc; I qc) to control axes using a primary current direction (V tc **; I tc) and a direction (V mc **; I mc) delayed by 90 degrees from the primary current direction as a rotating coordinate system; and a speed estimation calculation unit configured to calculate a speed estimation value (ω r ^^) of the induction motor on the basis of the command value or the detection value converted by the coordinate conversion unit (18, 19, 20), wherein an output frequency value is controlled on the basis of the speed estimation value. a coordinate conversion unit (18, 19, 20) configured to convert a command value (V dc **; V qc **) or a detection value (I dc; I qc) to control axes using a primary current direction (V tc **; I tc) and a direction (V mc **; I mc) delayed by 90 degrees from the primary current direction as a rotating coordinate system; and a speed estimation calculation unit configured to calculate a speed estimation value (ω r ^^) of the induction motor on the basis of the command value or the detection value converted by the coordinate conversion unit (18, 19, 20), wherein an output frequency value is controlled on the basis of the speed estimation value.
A method comprising: receiving data characterizing a plurality of operating parameters associated with an industrial machine; receiving data characterizing a plurality of encrypted times; identifying a first encrypted time from the plurality of encrypted times based on temporal location of the first encrypted time relative to a first system time of a plurality of system time, wherein a first operating parameter of the plurality of operating parameters is received at the first system time; generating an operating data set comprising at least the first operating parameter and a new encrypted time based at least on the first encrypted time, wherein the new encrypted time is tagged to the first operating parameter; and providing the operating data set. receiving data characterizing a plurality of operating parameters associated with an industrial machine; receiving data characterizing a plurality of encrypted times; identifying a first encrypted time from the plurality of encrypted times based on temporal location of the first encrypted time relative to a first system time of a plurality of system time, wherein a first operating parameter of the plurality of operating parameters is received at the first system time; generating an operating data set comprising at least the first operating parameter and a new encrypted time based at least on the first encrypted time, wherein the new encrypted time is tagged to the first operating parameter; and providing the operating data set.
A method of controlling a lifelog camera associated with a first user, the first user being associated to a first intrapersonal area network, IAN, corresponding to a short-range wireless communication network including multiple devices on the first user's body, the method comprising: determining that a second IAN associated with a second user is in range of the first IAN, wherein the determining that the second IAN is in range of the first IAN comprises detecting a signal strength of the second IAN and determining whether the detected signal strength meets a minimum threshold level; if the second IAN is in range of the first IAN, determining if the second user is a desirable target by communication between the first IAN and the second IAN, wherein communication between the first IAN and the second IAN comprises a request from the first IAN to the second IAN for identification information for the second user and a response from the second IAN to the first IAN comprising identification information for the second user; and capturing an image of the second user with the lifelog camera, wherein the capturing is triggered by the determining that the second user is the desirable target. determining that a second IAN associated with a second user is in range of the first IAN, wherein the determining that the second IAN is in range of the first IAN comprises detecting a signal strength of the second IAN and determining whether the detected signal strength meets a minimum threshold level; if the second IAN is in range of the first IAN, determining if the second user is a desirable target by communication between the first IAN and the second IAN, wherein communication between the first IAN and the second IAN comprises a request from the first IAN to the second IAN for identification information for the second user and a response from the second IAN to the first IAN comprising identification information for the second user; and capturing an image of the second user with the lifelog camera, wherein the capturing is triggered by the determining that the second user is the desirable target.
Sensor system for monitoring the environment, having at least two capacitive sensors (2, 3, 12, 13) each having an electrode pair (4, 5, 6, 7, 14, 16, 15, 17) configured to capacitively measure the environment, wherein each sensor (2, 3) has a detection region (8, 9) within which a capacitively effective change in the environment, in particular as a result of the approach and/or contact of a body or an object, can be detected, and the detection regions (8, 9) of the at least two sensors (2, 3) form a resulting monitoring region, wherein the detection regions (8, 9) of adjacent sensors (2, 3) locally overlap and/or are directly adjacent, with the result that their resulting monitoring region is contiguous and the contiguous monitoring region forms at least part of an - in particular fully - monitored, predetermined safety geometry, characterized in that the electrodes of adjacent sensors (2, 3, 12, 13) are arranged such that they are isolated from one another by means of a capacitively indifferent separation layer, with the result that the sensors that are adjacent along the separation layer have directly adjacent detection regions, and the material of the separation layer is a material with a dielectric constant close to the dielectric constant of air or vacuum, wherein the electrode pairs (14, 16; 15, 17) of adjacent sensors (12, 13) are arranged so as to be at least partially overlapping through to interleaved.
A device for determining the wheel circumference, in particular of a vehicle wheel, at a test bench, comprising a co-rotatable roller connectable to a wheel, a rotational speed acquisition unit for acquiring the rotational speed n1 of the roller, and an acquisition means for determining the wheel circumference based on the circumferential speed v1 of the roller and the wheel rotational speed n2, wherein the circumferential speed of the roller is determined from the rotational speed n1 of the roller during rotation of the wheel with a substantially constant wheel rotational speed n2 and from the roller diameter or roller radius and wherein the wheel rotational speed n2 is acquired by a wheel rotational speed acquisition unit of the acquisition means or via an interface of the acquisition means with an acquisition unit of the vehicle, wherein the roller is configured as a driven roller with an own drive and the device has a torque control, which is configured to drive the driven roller without slip towards the wheel.
Two terminal tandem solar cell of a layered structure comprising: - an electron conductivity crystalline silicon base the bottom surface of which has an ohmic contact with a bottom electrical terminal, - a heavily doped hole conductivity silicon emitter located on said crystalline silicon base, - an electron transport layer deposited on the hole conductivity silicon emitter, - a tunnel junction located between the hole conductivity silicon emitter and the electron transport layer, - a perovskite layer located on the electron transport layer, wherein the surface of the perovskite layer has an ohmic contact with a top electrical terminal, characterized in that the electron transport layer is of titanium dioxide and the tunnel junction is formed by heavy doping with niobium donor impurity a region of the electron transport layer that is in contact with the surface of said heavily doped hole conductivity silicon emitter. - an electron conductivity crystalline silicon base the bottom surface of which has an ohmic contact with a bottom electrical terminal, - a heavily doped hole conductivity silicon emitter located on said crystalline silicon base, - an electron transport layer deposited on the hole conductivity silicon emitter, - a tunnel junction located between the hole conductivity silicon emitter and the electron transport layer, - a perovskite layer located on the electron transport layer, wherein the surface of the perovskite layer has an ohmic contact with a top electrical terminal, characterized in that
An apparatus for replacing a welding tip of a welder, characterized by comprising: a fixed bracket which is fixed at a support part; an actuator which is coupled to the fixed bracket; a first moving member which is configured to move by the actuator; a second moving member which is coupled to the first moving member and is hingedly coupled to the fixed bracket; a third moving member which is hingedly coupled to the second moving member; a first welding tip removal member which is coupled to the third moving member and is able to separate a welding tip coupled to a shank; a fourth moving member which is configured to move by the actuator and is disposed at the opposite side in response to the first moving member; a fifth moving member which is coupled to the fourth moving member and is hingedly coupled to the fixed bracket; a sixth moving member which is coupled to the fifth moving member; and a second welding tip removal member which is coupled to the sixth moving member and is configured to relatively move with respect to the first welding tip removal member. a fixed bracket which is fixed at a support part; an actuator which is coupled to the fixed bracket; a first moving member which is configured to move by the actuator; a second moving member which is coupled to the first moving member and is hingedly coupled to the fixed bracket; a third moving member which is hingedly coupled to the second moving member; a first welding tip removal member which is coupled to the third moving member and is able to separate a welding tip coupled to a shank; a fourth moving member which is configured to move by the actuator and is disposed at the opposite side in response to the first moving member; a fifth moving member which is coupled to the fourth moving member and is hingedly coupled to the fixed bracket; a sixth moving member which is coupled to the fifth moving member; and a second welding tip removal member which is coupled to the sixth moving member and is configured to relatively move with respect to the first welding tip removal member.
A system including a server and mobile phone computing devices, the mobile phone computing devices connected to the server via a network, the server including a platform configured to deliver content and services to the mobile phone computing devices, in which the content is stored as a database on the server, in which the platform stores content by arranging nodes in a hierarchical format that is capable of semantically representing content, with each node including a unique ID, and in which the hierarchical format acts as an abstraction layer that insulates a content or service creator and the connected mobile phone computing devices from being restricted (i) to any specific, predefined data format for the content or (ii) to any specific, predefined transport media for exchanging data over the network, characterized in that the services include digital distribution of tickets content to the mobile phone computing devices, including the platform providing digital tickets to the connected mobile phone computing devices for them to display, the displayed digital tickets including an animated watermark, wherein the animated watermark includes a timer indicating the time available to use the ticket.
A method of reducing or minimizing variations in harmonic content of current applied to a resonator of an oscillator circuit (5, 400) comprising an amplifier and the resonator (10, 410), the method comprising: producing a bias signal (V b) for the amplifier by performing automatic amplitude control of an output signal (V o, V +, V -) of the oscillator circuit (5, 400), the automatic amplitude control being conducted using a time-varying amplitude reference signal (V REF); and deriving the time-varying amplitude reference signal from the bias signal using a Gm bias replica circuit (310, 500) that replicates at least one property of a Gm cell of the amplifier; wherein the oscillator circuit (5, 400) and the Gm bias replica circuit (310, 500) are exposed to the same operating conditions.
An electric motorcycle comprising a front wheel and front suspension a rear wheel and rear suspension an electric motor having a transmission that provides motive force to the rear wheel, said motorcycle being characterised by a composite monocoque frame extending between the front suspension, and the rear suspension and motor the monocoque frame being capable of housing a two rows of electric batteries, the monocoque frame including a primary internal bulkhead that extends between the two rows of batteries, and further secondary bulkheads that separates each battery to create battery compartments, each row aligned with the axis between the mounting of the front suspension on the monocoque frame and the mounting of the rear suspension and motor on the monocoque frame. these bulkheads being connected to the monocoque frame to provide torsional stiffness.
A method for aligning a line camera with an alignment target, wherein an image of at least one line (22a-e) of the alignment target is acquired and contrast marks (18, 20) are located in the image, wherein the alignment target comprises a plurality of triangular contrast marks (18, 20) arranged in a line, and at least one contrast mark points upwards with a vertex of its triangular shape and at least one contrast mark points downwards, characterized in that the contrast marks (18, 20) have the shape of an isosceles triangle and in each case the apex between the two sides of equal length points upwards or downwards, in that the width of the contrast marks (18, 20) is determined in the direction of the line (22a-e), and in that the alignment is considered to be correct if all widths match, and in that the position of the contrast marks (18, 20) in the direction of the line (22a-e) and the respective width is determined as a function of the position and the function is formed in two groups once for the triangular contrast marks pointing with their apex upwards and once for the triangular contrast marks pointing with their apex downwards.
A method of restoring a used tire, the method comprising the steps of: (i) providing a used tire, the used tire including a first bead and a second bead, a cured carcass layer extending from the first bead to the second bead, and a cured innerliner disposed on the carcass layer; and (ii) applying an air barrier composition to the innerliner to form an air barrier layer within the used tire, where the air barrier composition includes an elastomeric component and a thermoplastic component. (i) providing a used tire, the used tire including a first bead and a second bead, a cured carcass layer extending from the first bead to the second bead, and a cured innerliner disposed on the carcass layer; and (ii) applying an air barrier composition to the innerliner to form an air barrier layer within the used tire, where the air barrier composition includes an elastomeric component and a thermoplastic component.
A carpet comprising: a plurality of fibers comprising at least one polymeric resin and at least one coated filler, wherein the at least one coated filler is ground calcium carbonate coated with at least one organic material chosen from fatty acids and salts and esters thereof, the at least one coated filler has an average particle size of less than or equal to 3 microns, and the at least one coated filler is present in an amount ranging from 5 wt% to 40 wt%, and wherein each of the fibers are adjoined to another of the fibers, a backing material, or both. a plurality of fibers comprising at least one polymeric resin and at least one coated filler, wherein the at least one coated filler is ground calcium carbonate coated with at least one organic material chosen from fatty acids and salts and esters thereof, the at least one coated filler has an average particle size of less than or equal to 3 microns, and the at least one coated filler is present in an amount ranging from 5 wt% to 40 wt%, and wherein each of the fibers are adjoined to another of the fibers, a backing material, or both.
A children's ride-on toy comprising: a) a body; b) at least one front wheel (24a,24b) and at least one rear wheel (26a,26b) attached to said body; c) said body having a bottom opening positioned between the at least one front wheel (24a,24b) and the at least one rear wheel (26a,26b); d) a seat; e) a footrest including a bottom wall, a front end wall, a rear end wall and first and second side walls (108, 110); and f) said first and second side walls (108, 110) featuring outer rims (112, 114) having extended portions slidably engaging a first and second guide rail (120,122) on the body so that the footrest can slide horizontally between a stowed position underneath the seat and an operation position where a child sitting in the seat may position his or her feet within the footrest or on at least some portion of the footrest. a) a body; b) at least one front wheel (24a,24b) and at least one rear wheel (26a,26b) attached to said body; c) said body having a bottom opening positioned between the at least one front wheel (24a,24b) and the at least one rear wheel (26a,26b); d) a seat; e) a footrest including a bottom wall, a front end wall, a rear end wall and first and second side walls (108, 110); and f) said first and second side walls (108, 110) featuring outer rims (112, 114) having extended portions slidably engaging a first and second guide rail (120,122) on the body so that the footrest can slide horizontally between a stowed position underneath the seat and an operation position where a child sitting in the seat may position his or her feet within the footrest or on at least some portion of the footrest.
Solid shaped body having a cylindrical form with a first base area, a second base area and a lateral area, wherein the solid shaped body comprises a first number of flutes with at least one flute radius in the lateral area, each extending from the first base area to the second base area, and a second number of openings, each extending from the first base area to the second base area, wherein the solid shaped body has a cross-sectional area in form of a rholoid. wherein the solid shaped body comprises a first number of flutes with at least one flute radius in the lateral area, each extending from the first base area to the second base area, and a second number of openings, each extending from the first base area to the second base area, wherein the solid shaped body has a cross-sectional area in form of a rholoid.