mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving , at an apparatus, a request to generate at least one identifier, wherein the at least one identifier is regenerable and comprises a plurality of fields; determining , at the apparatus, data for populating respective ones of the plurality of fields; separately hashing and/or encrypting , at the apparatus, the respective ones of the plurality of fields; generating , at the apparatus, the at least one identifier based on the hashed and/or encrypted respective ones of the plurality of fields; responding, by the apparatus, to the request with the generated at least one identifier; receiving , at the apparatus, another request to regenerate the at least one identifier, the another request specifying one or more of the plurality of fields; causing , at the apparatus an update to data of a field of the one or more of the plurality of fields at a first update frequency, wherein the first update frequency is determined separately to respective update frequencies for other fields of the plurality of fields; and regenerating, at the apparatus, the at least one identifier based on the update to said data of said field; and responding, by the apparatus, to the another request with the regenerated at least one identifier. receiving , at an apparatus, a request to generate at least one identifier, wherein the at least one identifier is regenerable and comprises a plurality of fields; determining , at the apparatus, data for populating respective ones of the plurality of fields; separately hashing and/or encrypting , at the apparatus, the respective ones of the plurality of fields; generating , at the apparatus, the at least one identifier based on the hashed and/or encrypted respective ones of the plurality of fields; responding, by the apparatus, to the request with the generated at least one identifier; receiving , at the apparatus, another request to regenerate the at least one identifier, the another request specifying one or more of the plurality of fields; causing , at the apparatus an update to data of a field of the one or more of the plurality of fields at a first update frequency, wherein the first update frequency is determined separately to respective update frequencies for other fields of the plurality of fields; and regenerating, at the apparatus, the at least one identifier based on the update to said data of said field; and responding, by the apparatus, to the another request with the regenerated at least one identifier.
An induction coil assembly comprising a bottom plate on which an induction heating element is placed, the induction heating element comprising a coil mounted on a support element, means being provided for fastening the heating element to the bottom plate , characterized in that the means for fastening the heating element to the bottom plate comprise a central fix and turn element configured to cooperate with a central aperture of the bottom plate , wherein the central fix and turn element comprises radial flanges adapted to cooperate, in a bayonet movement, with corresponding radial notches in the central aperture .
A control device for a servo motor that operates a control target , the control device comprising a feedforward controller configured to output a model position, a model velocity, and a model torque based on a preset model of the control target , the model position, the model velocity, and the model torque being target values of a position, a velocity, and a torque of the servo motor , wherein the feedforward controller comprises a sliding mode controller configured to determine, based on a model position deviation that is a deviation between an externally input position command value and the model position and a model velocity deviation that is a deviation between a velocity command value and the model velocity, the model torque such that the model position deviation and the model velocity deviation converge onto a switching curve determined by a predetermined torque that can be output from the servo motor and a motion characteristic of a load machine driven by the servo motor , the motion characteristic is an inertia moment of the load machine and a viscosity coefficient, and the switching curve is defined as a sum of a logarithmic curve and a straight line in a plane defined with the model position deviation and the model velocity deviation.
Rotor blade assembly for a turbomachine , comprising a rotor blade having a sealing tip radially on the outside, and a sealing assembly , the sealing assembly forming a radially inwardly open cavity in which the sealing tip is arranged, for which purpose the sealing assembly has a first sealing element , namely a first seal carrier (31.1) having a first abradable coating (31.2), and a second sealing element , namely a second seal carrier (32.1) having a second abradable coating (32.2), the first abradable coating (31.2) delimiting the cavity radially on the outside and the second sealing element and the second abradable coating (32.2) delimiting the cavity in an axial direction , and the first and second sealing elements being assembled, characterized in that the first seal carrier (31.1) forms the cavity with a first axial portion (41.1) and radially delimits a gas duct of the turbomachine with a second axial portion (41.2), and in that the second seal carrier (32.1) also forms the cavity with a first axial portion (42.1) and radially delimits the gas duct of the turbomachine with a second axial portion (42.2). a rotor blade having a sealing tip radially on the outside, and a sealing assembly , the sealing assembly forming a radially inwardly open cavity in which the sealing tip is arranged, for which purpose the sealing assembly has a first sealing element , namely a first seal carrier (31.1) having a first abradable coating (31.2), and a second sealing element , namely a second seal carrier (32.1) having a second abradable coating (32.2), the first abradable coating (31.2) delimiting the cavity radially on the outside and the second sealing element and the second abradable coating (32.2) delimiting the cavity in an axial direction , and the first and second sealing elements being assembled, characterized in that the first seal carrier (31.1) forms the cavity with a first axial portion (41.1) and radially delimits a gas duct of the turbomachine with a second axial portion (41.2), and in that the second seal carrier (32.1) also forms the cavity with a first axial portion (42.1) and radially delimits the gas duct of the turbomachine with a second axial portion (42.2).
A work vehicle comprising: a front frame configured to support a front wheel ; a transmission mechanism configured to transmit power; and a front ROPS member , wherein the front ROPS member is fixed to a front ROPS left plate and a front ROPS right plate , characterised in that each of the front ROPS left plate and the front ROPS right plate is attached both to the transmission mechanism and to the front frame . a front frame configured to support a front wheel ; a transmission mechanism configured to transmit power; and a front ROPS member , wherein the front ROPS member is fixed to a front ROPS left plate and a front ROPS right plate , characterised in that each of the front ROPS left plate and the front ROPS right plate is attached both to the transmission mechanism and to the front frame .
Controlled deformability partition wall comprising the following features: - a frame defined by several metallic profiles as floor profiles and as ceiling profiles which are suitable to host inside itself arms , which are connected to the said profiles with cylindrical sliding coupling and panels preferably made of glass , - a plurality of pairs of abovementioned arms with a sliding cylindrical coupling to said metal profiles , which are suitable to support PADs and containment elements , - a plurality of said viscoelastic elastomer PADs arranged on said metal profile , preferably on the floor, which are suitable to interact with said glass panels to dissipate vibration energy, - a plurality of containment elements arranged on the metal profile , preferably at the ceiling and on the uprights, suitable for containing transversal displacements of said preferably glass panels , - a plurality of height-adjustable skids made with a low friction coefficient material, which is placed inside said horizontal floor profile , enable the levelling and the longitudinal sliding of the said panel, which are preferably glass made , and - a plurality of sliding skids , which are placed within the abovementioned horizontal metal profile at the ceiling and fixed together with said metal C-profile at the ceiling, are suitable to allow the longitudinal sliding and to avoid the transversal displacement of the mentioned metal profile preventing the overturning of the partition wall, with panels preferably glass made , when they work under the dynamic actions of a vibratory phenomenon. - a frame defined by several metallic profiles as floor profiles and as ceiling profiles which are suitable to host inside itself arms , which are connected to the said profiles with cylindrical sliding coupling and panels preferably made of glass , - a plurality of pairs of abovementioned arms with a sliding cylindrical coupling to said metal profiles , which are suitable to support PADs and containment elements , - a plurality of said viscoelastic elastomer PADs arranged on said metal profile , preferably on the floor, which are suitable to interact with said glass panels to dissipate vibration energy, - a plurality of containment elements arranged on the metal profile , preferably at the ceiling and on the uprights, suitable for containing transversal displacements of said preferably glass panels , - a plurality of height-adjustable skids made with a low friction coefficient material, which is placed inside said horizontal floor profile , enable the levelling and the longitudinal sliding of the said panel, which are preferably glass made , and - a plurality of sliding skids , which are placed within the abovementioned horizontal metal profile at the ceiling and fixed together with said metal C-profile at the ceiling, are suitable to allow the longitudinal sliding and to avoid the transversal displacement of the mentioned metal profile preventing the overturning of the partition wall, with panels preferably glass made , when they work under the dynamic actions of a vibratory phenomenon.
Method of pressing a pressing material mat during the course of manufacturing wood based boards, in particular fibreboards, in a continuous press, wherein the press comprises a press stand, at least one upper press plate and at least one lower press plate , wherein in order to adjust a press gap arranged between the press plates , the upper press plate and/or the lower press plate is/are acted upon by press cylinders supported on the press stand, wherein on the inlet side, the press plates form a compression area of predetermined length L1, in which, during a compression phase, the pressing material mat entering the press gap is compressed to a compression dimension V, which is up to 20% larger than the end dimension N of the board leaving the press, and wherein the press plates form a main pressing area of predetermined length L2 adjoining the compression area, in which the pressing material mat is residually compressed from the compression dimension V to the end dimension N and consolidated, characterised in that the length L1 of the compression area is greater than 8 m and more than 25% of the total length L = L1 + L2 of the press and/or the press plates, composed of the compression area and the main area. wherein on the inlet side, the press plates form a compression area of predetermined length L1, in which, during a compression phase, the pressing material mat entering the press gap is compressed to a compression dimension V, which is up to 20% larger than the end dimension N of the board leaving the press, and wherein the press plates form a main pressing area of predetermined length L2 adjoining the compression area, in which the pressing material mat is residually compressed from the compression dimension V to the end dimension N and consolidated, characterised in that the length L1 of the compression area is greater than 8 m and more than 25% of the total length L = L1 + L2 of the press and/or the press plates, composed of the compression area and the main area.
Device , intended to remotely control at least one operation of at least one appliance (10-12), and comprising: - a processor , operationally coupled to a memory , the processor being adapted to determine a control instruction for the appliance (10-12) on the basis of a combination of a plurality of control instruction elements displayed on a face of the device , by configuring different parts of the face on which the control instruction elements are respectively inscribed, said different parts of the face being juxtaposed in said face so as to form the combination of the control instruction elements; - an inscription module , adapted to inscribe, under the control of the processor , the control instruction elements on the respective parts of the face of the device ; - an input interface module , adapted to receive inputs from a user, the input interface module comprising a detection module adapted to detect activation of the control instruction for the appliance (10-12) by a user; and - a communication module , adapted to send, to a management platform via a communication network , data that represent the control instruction activated by the user, the device comprising a plurality of faces that are assigned, respectively, to different appliance types, to different appliances (10-12) or to different appliance functions, the device furthermore being configured to present to the user, on at least one of the faces, at least one control instruction relating to the appliance type, to the appliance or the appliance function corresponding to said face, the input interface module furthermore being adapted to allow the user to activate the control instruction from said face. - a processor , operationally coupled to a memory , the processor being adapted to determine a control instruction for the appliance (10-12) on the basis of a combination of a plurality of control instruction elements displayed on a face of the device , by configuring different parts of the face on which the control instruction elements are respectively inscribed, said different parts of the face being juxtaposed in said face so as to form the combination of the control instruction elements; - an inscription module , adapted to inscribe, under the control of the processor , the control instruction elements on the respective parts of the face of the device ; - an input interface module , adapted to receive inputs from a user, the input interface module comprising a detection module adapted to detect activation of the control instruction for the appliance (10-12) by a user; and - a communication module , adapted to send, to a management platform via a communication network , data that represent the control instruction activated by the user,
Apparatus for injection moulding of objects made of plastics comprising a first piece provided with an hinge pin , and a second piece provided with an annular element that are connectable in an articulated manner, the apparatus comprising: an injection mould , comprising a first moulding member and a second moulding member defining the impressions of the annular element and of the hinge pin respectively, said first and second moulding members comprising respectively a first pin element and a second pin element , that are movable slidably and coaxially together, wherein said first and second pin element comprise respectively a first moulding end and a second moulding end for moulding said hinge pin and said annular element respectively; an extracting device which is movable linearly in an axial direction comprising an external ring nut that is movable in an axial direction, said first and second pin elements being supported in a radially movable manner by said extracting ring nut , cam drive means for moving selectively said first and second moulding members between an advanced moulding condition, an assembly condition and a retracted condition of disengagement of the pin and of the annular hinge element ; said first and second moulding members being supported by a component that is movable from the mould, forming part of the extracting device ; characterised in that it further comprises cooling means for cooling said first and second pin elements with a cooling fluid wherein said cooling means comprises a channel inside the first pin element , a tubular element inside the channel in a longitudinal direction along the axis of the channel , said channel and tubular element being coaxial to one another. an injection mould , comprising a first moulding member and a second moulding member defining the impressions of the annular element and of the hinge pin respectively, said first and second moulding members comprising respectively a first pin element and a second pin element , that are movable slidably and coaxially together, wherein said first and second pin element comprise respectively a first moulding end and a second moulding end for moulding said hinge pin and said annular element respectively; an extracting device which is movable linearly in an axial direction comprising an external ring nut that is movable in an axial direction, said first and second pin elements being supported in a radially movable manner by said extracting ring nut , cam drive means for moving selectively said first and second moulding members between an advanced moulding condition, an assembly condition and a retracted condition of disengagement of the pin and of the annular hinge element ; said first and second moulding members being supported by a component that is movable from the mould, forming part of the extracting device ; characterised in that it further comprises cooling means for cooling said first and second pin elements with a cooling fluid
A computer-readable medium comprising instructions which, when executed by at least one processor, cause the at least one processor to: configure, by an incident response server, a data collector to collect data on user devices on which a corresponding data collector is stored ; transmit, by the incident response server, a copy of the data collector to a plurality of broker servers, respective ones of the plurality of broker servers associated with respective groups of the user devices; cause transmission of a request for a first set of data from the plurality of broker servers , the request including a topic to cause the plurality of broker servers to transmit the request to respective ones of the groups of the user devices that subscribe to the topic; and obtain the first set of data from at least a subset of the plurality of broker servers that are associated with the groups of user devices that subscribe to the topic. configure, by an incident response server, a data collector to collect data on user devices on which a corresponding data collector is stored ; transmit, by the incident response server, a copy of the data collector to a plurality of broker servers, respective ones of the plurality of broker servers associated with respective groups of the user devices; cause transmission of a request for a first set of data from the plurality of broker servers , the request including a topic to cause the plurality of broker servers to transmit the request to respective ones of the groups of the user devices that subscribe to the topic; and obtain the first set of data from at least a subset of the plurality of broker servers that are associated with the groups of user devices that subscribe to the topic.
A method of determining a boundary of a transmission structure in a time division duplexing, TDD, system, the method comprising: detecting a subframe having a fixed length by measuring a power level of a radio frequency, RF, signal on at least one radio frequency, the signal comprising at least one subframe; converting measurements of the power level into a set of digitized samples for the at least one subframe; performing a correlation of the set of digitized samples with a reference signal to obtain a correlation result for a first point in time, wherein the reference signal is a representation of a detected downlink subframe, the reference signal comprising a number of symbols having the same length of the detected subframe; time shifting the reference signal relative to the first point in time; repeating the correlation of the set of digitized samples with the time shifted reference signal to obtain a correlation result for at least a second point in time to obtain time varied correlations between the reference signal and the set of digitized samples; and determining a frame timing from the correlation results. detecting a subframe having a fixed length by measuring a power level of a radio frequency, RF, signal on at least one radio frequency, the signal comprising at least one subframe; converting measurements of the power level into a set of digitized samples for the at least one subframe; performing a correlation of the set of digitized samples with a reference signal to obtain a correlation result for a first point in time, wherein the reference signal is a representation of a detected downlink subframe, the reference signal comprising a number of symbols having the same length of the detected subframe; time shifting the reference signal relative to the first point in time; repeating the correlation of the set of digitized samples with the time shifted reference signal to obtain a correlation result for at least a second point in time to obtain time varied correlations between the reference signal and the set of digitized samples; and determining a frame timing from the correlation results.