mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: determining a matrix associated with signal transmission, the matrix including M rows and M columns, wherein the matrix is a Hadamard matrix and wherein M is an order of the Hadamard matrix; determining a sampling function for generating a set of sequences from the matrix, wherein the sampling function is one of a quadratic sampling function, a cubic sampling function, or a recursive function; generating the set of sequences by sampling one of a set of rows or a set of columns from the matrix based on the determined sampling function; and transmitting a signal derived based on at least one sequence of the set of sequences. determining a matrix associated with signal transmission, the matrix including M rows and M columns, wherein the matrix is a Hadamard matrix and wherein M is an order of the Hadamard matrix; determining a sampling function for generating a set of sequences from the matrix, wherein the sampling function is one of a quadratic sampling function, a cubic sampling function, or a recursive function; generating the set of sequences by sampling one of a set of rows or a set of columns from the matrix based on the determined sampling function; and transmitting a signal derived based on at least one sequence of the set of sequences.
Device for the production of three-dimensional objects by successively solidifying layers of a building material that can be solidified by means of electromagnetic radiation or particle radiation at the locations corresponding to the respective cross section of the object, comprising - a housing, - a building chamber within the housing, comprising a supporting device for supporting the object, - a coating device for applying the building material layer by layer, - an irradiating device for irradiating the applied layer of the building material at the locations corresponding to the respective cross section of the object, wherein - the irradiating device comprises at least one scanner for deflecting the electromagnetic radiation or particle radiation of a radiation source, which scanner is mounted movably over the building chamber, wherein - a plurality of scanners lying next to one another are mounted on at least one support element that is movable over the building chamber in a first direction - which can be operated simultaneously and are formed in such a way that, when the support element is being moved in the first direction, regions lying under the scanners can be subjected to in particular line-like inputs of energy, wherein - the direction of the line-like inputs of energy in relation to the first direction, defined by moving of the support element, forms an angle, characterized in that the support element altogether is pivotably mounted. - a housing, - a building chamber within the housing, comprising a supporting device for supporting the object, - a coating device for applying the building material layer by layer, - an irradiating device for irradiating the applied layer of the building material at the locations corresponding to the respective cross section of the object, wherein - the irradiating device comprises at least one scanner for deflecting the electromagnetic radiation or particle radiation of a radiation source, which scanner is mounted movably over the building chamber, wherein - a plurality of scanners lying next to one another are mounted on at least one support element that is movable over the building chamber in a first direction - which can be operated simultaneously and are formed in such a way that, when the support element is being moved in the first direction, regions lying under the scanners can be subjected to in particular line-like inputs of energy, wherein - the direction of the line-like inputs of energy in relation to the first direction, defined by moving of the support element, forms an angle, characterized in that the support element altogether is pivotably mounted.
Vortex pump having an impeller which has vanes for delivering solids-containing media, characterized in that, at least for a portion of the vanes, proceeding from an origin vane section, at least one vane section (14, 17) branches off.
An analysis device comprising an analysis unit for analyzing a sample, a storage unit for storing plural screens of device control program information for said analysis unit and plural kinds of job guidance information, a display unit for displaying the plural screens of the device control program information and the plural kinds of job guidance information, and a control unit for controlling said analysis unit, said storage unit and said display unit, the plural screens of the device control program information stored in said storage unit are provided with respective screen IDs said plural kinds of job guidance information being stored in said storage unit corresponding to the screen IDs, wherein the screen IDs and the plural kinds of job guidance information are divided into groups and a correspondence list file is stored which indicates correspondences between group IDs and screen IDs such that a plurality of screen IDs are present for each group ID; said control unit is adapted to display, in said display unit, the screen selected by an operator from among said plural screens of the device control program information along with a specific key, and when the displayed specific key is manipulated by the operator, said control unit is adapted to store the screen ID of the selected screen of the device control program information in said storage unit and to display the job guidance information corresponding to the stored screen ID in said display unit; when the operator, while the job guidance information is displayed, selects a procedure explained in the displayed job guidance information, the control unit is adapted to temporarily store into the storage unit all screen IDs of the device control program information in the respective group which corresponds to the selected procedure; and when the operator instructs the end of display of the job guidance information, said control unit is adapted to display, in said display unit, the screens of the device control program information with the screen IDs temporarily stored in said storage unit wherein the control unit is adapted to first display a screen which corresponds to a top screen ID in the group and, when the operator brings the display of a current screen to an end, to shift the screen to the next one.
Device for preparing infused drinks comprising: - a support arranged to receive a capsule containing a substance to be infused in the dry state provided with a front face comprising a filter wall, a ring surrounding said front face, a rear face, opposite said front face and a solid casing extending between said ring and said rear face and defining a container arranged to contain said substance to be infused, in a position wherein said front face is substantially vertical, - injection means arranged to introduce an infusion liquid into said capsule, when said support receives a capsule, - an infusion chamber having a substantially vertical opening, said substantially vertical opening being arranged to be in fluid communication with said filter wall, said ring comprising sealing means arranged to keep the fluid communication tight in relation to an ambient environment, outside a fluid exchange zone, and - an outlet provided with closing/opening means arranged to enable an infused liquid to flow from the infusion chamber, characterized in that said means for injecting said infusion liquid reach the infusion chamber via an infusion liquid injection tube and in that it further comprises a cylinder comprising a first end and a second end, said first end comprising at least one hollow receiving zone arranged to house said rear face of the capsule and said solid casing, and translation means arranged to create a horizontal relative translational movement between said plunger and said infusion chamber so as to maintain the tightness between the capsule and said infusion chamber by a compression force applied onto said sealing means maintaining the fluid communication. - a support arranged to receive a capsule containing a substance to be infused in the dry state provided with a front face comprising a filter wall, a ring surrounding said front face, a rear face, opposite said front face and a solid casing extending between said ring and said rear face and defining a container arranged to contain said substance to be infused, in a position wherein said front face is substantially vertical, - injection means arranged to introduce an infusion liquid into said capsule, when said support receives a capsule, - an infusion chamber having a substantially vertical opening, said substantially vertical opening being arranged to be in fluid communication with said filter wall, said ring comprising sealing means arranged to keep the fluid communication tight in relation to an ambient environment, outside a fluid exchange zone, and - an outlet provided with closing/opening means arranged to enable an infused liquid to flow from the infusion chamber,
An arrangement for room lighting, having one or several floor lamps, which in each case are designed individually or as a whole a) to emit a first light portion indirectly, b) to emit a second light portion extensively directly and c) to emit a third light portion substantially bundled directly, characterized in that the first light portion is centrally controlled, while, on the other hand, the third light portion is controllable individually by a user. a) to emit a first light portion indirectly, b) to emit a second light portion extensively directly and c) to emit a third light portion substantially bundled directly,
A component on and/or in which is disposed substantially inseparably a carrier material which contains (i) an authenticity marker for detecting the authenticity of the component and (ii) a use indicator for detecting the use of the component, characterised in that the use indicator includes a measurable characteristic which changes irreversibly, continuously or discontinuously, by measuring a characteristic of the use indicator and/or the authenticity marker itself. (i) an authenticity marker for detecting the authenticity of the component and (ii) a use indicator for detecting the use of the component, characterised in that the use indicator includes a measurable characteristic which changes irreversibly, continuously or discontinuously, by measuring a characteristic of the use indicator and/or the authenticity marker itself.
A fuse device comprising • a fuse having a fuse body with two contact ends (4, 6), • two plug contacts, • two connection caps (10, 12, 114), • a protective body, characterized in that the fuse device comprises two plug connectors (80, 86), two flat pin sockets and two electrical conductors, and in that each contact end (4, 6) is in each case electrically conductively connected to one of the two plug contacts, wherein each of the plug contacts is in each case connected to one of the two plug connectors (80, 86), and wherein the fuse is inserted completely and the respective plug connector (80, 86) is inserted at least partially into the common protective body, wherein in each case one of the two connection caps (10, 12, 114), each having an electrically conductive connection element (20, 32, 124), is attached to the respective contact end (4, 6), and wherein the connection element (20, 32, 124) is electrically conductively connected to one of the two plug contacts, the respective connection element being designed as a tab for a flat pin socket, and wherein in each case one of the two flat pin sockets is fitted onto the tab, which is electrically conductively connected in each case to one of the two electrical conductors, wherein the respective electrical conductor is electrically connected to the respective plug contact, and wherein the respective plug connector (80, 86) is designed as a plug or socket, and wherein in each case a plug connector (80, 86) is attached to one of the two plug contacts at both ends (4, 6) of the fuse. • a fuse having a fuse body with two contact ends (4, 6), • two plug contacts, • two connection caps (10, 12, 114), • a protective body,
A toothed coupling mechanism for an assembly of rotating elements (13-18; 25; 33; 35) of an aircraft gas turbine engine, said mechanism comprising_a pair of coupling halves (210a, 210b) having an axial toothed coupling interface therebetween, each of said coupling halves thereby having a plurality of splined teeth inter-engaged about an axis, for transmitting torque therebetween, characterized in that it further comprises a protrusion: - located, away from said axis, on one of said splined teeth (45b1) of one of said coupling halves, and - with which one said splined tooth (45a1) of the other coupling half comes into contact in a situation of uncoupling of said coupling halves. - located, away from said axis, on one of said splined teeth (45b1) of one of said coupling halves, and - with which one said splined tooth (45a1) of the other coupling half comes into contact in a situation of uncoupling of said coupling halves.
Apparatus (300,900) for joining a longitudinal seam in a tube in a borehole, wherein the tube is a pipe or a pipe liner or a casing, the apparatus comprising: a spool for holding a coiled member such that an end of the member in an extended form can be fed into a borehole or pipe, wherein the member transitions from a flat form in transverse cross section when coiled to a slit tube form when extended, in which form the member is resiliently biased, the member comprising a composite having a thermoplastic matrix with fibre reinforcement layers configured such that the member is stable in the coiled form and in the extended form; a device for pushing or pulling the extended member into the borehole until the member has reached a desired position; a pig arranged to move through the borehole or pipe down the inside of the extended member, wherein the pig has joining means arranged to provide energy to a portion of the member to cause heating so as to progressively join together the edges of the slit tube as the pig passes along the inside of the tube to form a longitudinal seam in the tube. a spool for holding a coiled member such that an end of the member in an extended form can be fed into a borehole or pipe, wherein the member transitions from a flat form in transverse cross section when coiled to a slit tube form when extended, in which form the member is resiliently biased, the member comprising a composite having a thermoplastic matrix with fibre reinforcement layers configured such that the member is stable in the coiled form and in the extended form; a device for pushing or pulling the extended member into the borehole until the member has reached a desired position; a pig arranged to move through the borehole or pipe down the inside of the extended member, wherein the pig has joining means arranged to provide energy to a portion of the member to cause heating so as to progressively join together the edges of the slit tube as the pig passes along the inside of the tube to form a longitudinal seam in the tube.
A surgical injection device for treating a selected site of a spine, the device (12, 312) comprising: a plurality of tubular elements (14, 28), wherein the plurality of tubular elements include a syringe barrel defining a barrel passageway, and tubing defining a tubing passageway, the tubing connected with a distal end of the barrel, such that barrel passageway connects with tubing passageway to define a passageway; an agent (30, 130) and an evacuator disposed within the passageway, the plurality of tubular elements being configured for disposal of a selected volume of the agent; and an actuator, characterized in that the agent and the evacuator are disposed in series within the barrel passageway; and the actuator is engageable with the evacuator to entirely expel the selected volume of the agent from the passageway to the selected site. a plurality of tubular elements (14, 28), wherein the plurality of tubular elements include a syringe barrel defining a barrel passageway, and tubing defining a tubing passageway, the tubing connected with a distal end of the barrel, such that barrel passageway connects with tubing passageway to define a passageway; an agent (30, 130) and an evacuator disposed within the passageway, the plurality of tubular elements being configured for disposal of a selected volume of the agent; and an actuator, characterized in that the agent and the evacuator are disposed in series within the barrel passageway; and the actuator is engageable with the evacuator to entirely expel the selected volume of the agent from the passageway to the selected site.
A method for decontaminating articles having porous outer surfaces, said method including steps of: providing a decontamination chamber including a housing having an inlet end and an outlet end, the housing defining an interior region through which the articles are conveyed; conveying said articles through said decontamination chamber at a predetermined speed selected such that said articles are disposed in said decontamination chamber for a predetermined period of time; providing a source of sterilant vapor, said source providing said sterilant vapor at a temperature within a predetermined acceptable temperature range and at a concentration within a predetermined acceptable concentration range; conveying a sterilant vapor from said source of sterilant vapor to said housing of said decontamination chamber; providing a heating unit in said interior region near said inlet end of said housing to heat said articles to a temperature that is greater than a temperature of said sterilant vapor and less than a maximum predetermined temperature of said articles; and exposing said heated articles to said sterilant vapor, wherein said predetermined period of time and said predetermined acceptable concentration range of said sterilant vapor are selected such that said sterilant vapor does not penetrate said porous outer surfaces of said articles, wherein said heating of said articles is conducted before said exposing of said heated articles to said sterilant vapor. providing a decontamination chamber including a housing having an inlet end and an outlet end, the housing defining an interior region through which the articles are conveyed; conveying said articles through said decontamination chamber at a predetermined speed selected such that said articles are disposed in said decontamination chamber for a predetermined period of time; providing a source of sterilant vapor, said source providing said sterilant vapor at a temperature within a predetermined acceptable temperature range and at a concentration within a predetermined acceptable concentration range; conveying a sterilant vapor from said source of sterilant vapor to said housing of said decontamination chamber; providing a heating unit in said interior region near said inlet end of said housing to heat said articles to a temperature that is greater than a temperature of said sterilant vapor and less than a maximum predetermined temperature of said articles; and exposing said heated articles to said sterilant vapor, wherein said predetermined period of time and said predetermined acceptable concentration range of said sterilant vapor are selected such that said sterilant vapor does not penetrate said porous outer surfaces of said articles, wherein said heating of said articles is conducted before said exposing of said heated articles to said sterilant vapor.
A salt of a di-protonated form of a polyamine of formula AMXT 1501 and a deprotonated capric acid, wherein the salt has two moles of deprotonated capric acid for each one mole of protonated AMXT 1501
A negative cutting insert having a polygonal plate shape comprising upper and lower surfaces (2, 3), and side surfaces extending between an edge of said upper surface and an edge of said lower surface; each of said upper surface and said lower surface having four side portions and four corner portions, as well as an annular cutting edge formed along the entire edge, an annular surface portion inclined inward from said annular cutting edge, and a support surface portion extending inside said inclined annular surface portion; a threaded hole penetrating from said upper surface to said lower surface being provided in said support surface portion; each annular cutting edge being constituted by four long-side cutting edge portions and four short-side cutting edge portions alternately connected; each long-side cutting edge portion being constituted by a main long-side cutting edge portion and an auxiliary long-side cutting edge portion connected via a point P; each short-side cutting edge portion being constituted by a main short-side cutting edge portion and an auxiliary short-side cutting edge portion connected via a point Q, said main short-side cutting edge portion being connected to said auxiliary long-side cutting edge portion via a point R; each of said main long-side cutting edge portions being located in said side portion; each of said auxiliary long-side cutting edge portions, said main short-side cutting edge portions and said auxiliary short-side cutting edge portions being located in said corner portion; and the length L1 of said main long-side cutting edge portion and the length L3 of said main short-side cutting edge portion meeting the condition of L1 > L3, characterized in that said main long-side cutting edge portion is constituted by a first cutting edge portion (7a1) and a second cutting edge portion (7a2) crossing at a center in its length direction; wherein said second cutting edge portion (7a2) is connected to said auxiliary long-side cutting edge portion via the point P; and wherein said first cutting edge portion (7a1) and said second cutting edge portion (7a2) have an obtuse crossing angle β, and in that an angle λ1 between said second cutting edge portion (7a2) and said auxiliary long-side cutting edge portion adjacent to each other meets the condition of 7° ≤ λ1 ≤ 20°.