mhurhangee/patent-ind-claim-en huggingface dataset:
An optical device , comprising: a first array of optical couplers located over a surface of a substrate such that the optical couplers of the first array are configured to be able to end-couple in a one-to-one manner to the optical cores of a first multi-core fiber having an end facing and adjacent to the first array and the surface; a second array of optical couplers located over the surface such that the optical couplers of the second array are configured to be able to end-couple in a one-to-one manner to the optical cores of a second multi-core fiber or to the optical cores of a plurality of single core fibers , wherein the optical cores have ends facing and adjacent to the second array ; a plurality of optical waveguides being over the surface and connecting in a one-to-one manner the optical couplers of the first array to the optical couplers of the second array ; and a plurality of pump couplers configured to be able to couple to at least one pump light source , each optical waveguide having a pump coupler connected thereto between the ends thereof such that when the at least one pump light source emits pump light at a wavelength suitable for amplification, optical signals are individually amplified in the optical waveguides . a first array of optical couplers located over a surface of a substrate such that the optical couplers of the first array are configured to be able to end-couple in a one-to-one manner to the optical cores of a first multi-core fiber having an end facing and adjacent to the first array and the surface; a second array of optical couplers located over the surface such that the optical couplers of the second array are configured to be able to end-couple in a one-to-one manner to the optical cores of a second multi-core fiber or to the optical cores of a plurality of single core fibers , wherein the optical cores have ends facing and adjacent to the second array ; a plurality of optical waveguides being over the surface and connecting in a one-to-one manner the optical couplers of the first array to the optical couplers of the second array ; and a plurality of pump couplers configured to be able to couple to at least one pump light source , each optical waveguide having a pump coupler connected thereto between the ends thereof such that when the at least one pump light source emits pump light at a wavelength suitable for amplification, optical signals are individually amplified in the optical waveguides .
Motor compressor unit comprising a motor , a compressor and a single common housing , in which the motor and the compressor are mounted, wherein the motor is mounted in an inner casing fastened in the housing by removable fastening means such that the motor and the inner casing form a removable cartridge, characterized in that the housing comprises a first bearing support for the motor , said first bearing support being fastened to an end of the inner casing facing the compressor .
Device comprising an energy chain and a sliding table , wherein the energy chain has a plurality of sliding shoes with a respective sliding surface for sliding on the sliding table , wherein the sliding shoes respectively have a detection element which is arranged separated from the corresponding sliding surface by a respective wearing layer , characterized in that the sliding table has a sensor for determining a respective distance (d) between the sensor and the detection elements .
A method for deburring casting cores and/or casting molds , characterized by the method steps: - providing a casting core or a casting mold with a burr located thereon; - providing a deburring device comprising: a surge shower for generating a surge of blasting material ; a holding device for receiving the casting core and/or the casting mold ; - moving the casting core or the casting mold relative to the surge of blasting material so that the surge of blasting material strikes the burr on the casting core or the casting mold and the burr is knocked off the casting core or the casting mold by means of the surge of blasting material , characterized in that the holding device is arranged in a stationary manner and the surge shower is moved relative to the holding device . - providing a casting core or a casting mold with a burr located thereon; - providing a deburring device comprising: a surge shower for generating a surge of blasting material ; a holding device for receiving the casting core and/or the casting mold ; a surge shower for generating a surge of blasting material ; a holding device for receiving the casting core and/or the casting mold ; - moving the casting core or the casting mold relative to the surge of blasting material so that the surge of blasting material strikes the burr on the casting core or the casting mold and the burr is knocked off the casting core or the casting mold by means of the surge of blasting material ,
A method for managing an Open Channel communication for an Internet Protocol, IP, Multimedia Subsystem, IMS, command comprising: transmitting, by a mobile equipment, ME, an IMS REGISTER message to an IMS network to register an IMS application running on a Universal Integrated Circuit Card, UICC, with an IMS service; in response to the IMS REGISTER MESSAGE, receiving, by the ME from the IMS network, an IMS status code; and providing the IMS application running on the UICC with specific status codes that the ME received from the IMS network, wherein, when IMS registration is unsuccessful, the specific status codes include the received IMS status code and, when IMS registration is successful, the specific status codes do not include the received IMS status code. transmitting, by a mobile equipment, ME, an IMS REGISTER message to an IMS network to register an IMS application running on a Universal Integrated Circuit Card, UICC, with an IMS service; in response to the IMS REGISTER MESSAGE, receiving, by the ME from the IMS network, an IMS status code; and providing the IMS application running on the UICC with specific status codes that the ME received from the IMS network, wherein, when IMS registration is unsuccessful, the specific status codes include the received IMS status code and, when IMS registration is successful, the specific status codes do not include the received IMS status code.
A method of task validation in a software platform , wherein the method is performed using one or more processors , the method comprising: providing a data processing pipeline specification, wherein the data processing pipeline specification defines a plurality of data elements of a data processing pipeline; identifying from the data processing pipeline specification one or more tasks defining a relationship between a first data element and a second data element, wherein the one or more tasks comprise metadata defining expected criteria for the one or more data processing elements; displaying, on a graphical user interface , the data processing pipeline specification using placeholders (220-223, 230-233, 240, 241, 250), wherein the placeholders comprise one or more task placeholders (230-233, 240, 241, 250) for the one or more tasks; receiving, from a user for a given task of the one or more tasks, one or more data processing elements intended to receive the first data element and to produce the second data element; in response to receiving the one or more data processing elements for the given task from the user, verifying that the received one or more data processing elements receive the first data element and produce the second data element according to the defined relationship based on whether the received one or more data processing elements agree with the expected criteria; and providing, on the graphical user interface, a graphical indication of the verification result associated with the task placeholder for the given task. providing a data processing pipeline specification, wherein the data processing pipeline specification defines a plurality of data elements of a data processing pipeline; identifying from the data processing pipeline specification one or more tasks defining a relationship between a first data element and a second data element, wherein the one or more tasks comprise metadata defining expected criteria for the one or more data processing elements; displaying, on a graphical user interface , the data processing pipeline specification using placeholders (220-223, 230-233, 240, 241, 250), wherein the placeholders comprise one or more task placeholders (230-233, 240, 241, 250) for the one or more tasks; receiving, from a user for a given task of the one or more tasks, one or more data processing elements intended to receive the first data element and to produce the second data element; in response to receiving the one or more data processing elements for the given task from the user, verifying that the received one or more data processing elements receive the first data element and produce the second data element according to the defined relationship based on whether the received one or more data processing elements agree with the expected criteria; and providing, on the graphical user interface, a graphical indication of the verification result associated with the task placeholder for the given task.
Tracer charge for tracer ammunition that is able to be fired from a barrelled weapon and comprising a projector accommodating the tracer charge (1-1"'), wherein the tracer charge (1-1'") comprises a bowl-shaped housing (2-2"), wherein the tracer charge (1-1"') comprises an electrical energy supply device arranged at the bottom in the bowl-shaped housing (2-2"), a circuit device and an illuminant arrangement , which is able to be supplied with electrical voltage with the aid of the circuit device with electrical voltage from the energy supply device , and in that an optical unit for focusing the light emitted by the illuminant arrangement is arranged at the illuminant arrangement in the region of the rear-side opening of the bowl-shaped housing (2-2"), characterized in that the illuminant arrangement is arranged at an inclination with respect to the longitudinal axis of the bowl-shaped housing in such a way that a predefinable illumination cone is generated in the case of projectiles having a spin.
A device comprising a photon building block and an interconnect structure , the photon building block comprising: a first light emitting diode (LED) die ; and a first substrate comprising a top surface and a bottom surface , wherein the first LED die is disposed above the top surface of the first substrate and is electrically connected to a landing pad disposed on the top surface of the first substrate, and wherein the first substrate is free of any electrical connections extending from the top surface of the first substrate to the bottom surface of the first substrate; wherein the landing pad is configured to provide both an electrical connection and a mechanical connection to a contact pad disposed on an underside lip of the interconnect structure , wherein the interconnect structure has a conductor which is electrically coupled to the first LED die , wherein a bottom surface of the interconnect structure and the bottom surface of the first substrate are coplanar, wherein the landing pad and the contact pad are joined by a solder , characterized in that the shape of the contact pad corresponds to that of the landing pad . a first light emitting diode (LED) die ; and a first substrate comprising a top surface and a bottom surface , wherein the first LED die is disposed above the top surface of the first substrate and is electrically connected to a landing pad disposed on the top surface of the first substrate, and wherein the first substrate is free of any electrical connections extending from the top surface of the first substrate to the bottom surface of the first substrate; wherein the landing pad is configured to provide both an electrical connection and a mechanical connection to a contact pad disposed on an underside lip of the interconnect structure , wherein the interconnect structure has a conductor which is electrically coupled to the first LED die , wherein a bottom surface of the interconnect structure and the bottom surface of the first substrate are coplanar, wherein the landing pad and the contact pad are joined by a solder , characterized in that the shape of the contact pad corresponds to that of the landing pad .
A method for realising a prefabricated wall for a column and beam construction made of reinforced concrete, comprising steps of: arranging, resting on a horizontal plane, a frame which comprises a first portion comprising a first wall , a second wall , a third wall and a fourth wall which form a quadrilateral and which define a frame volume ; connecting, to the first portion of the frame , reinforcing means for reinforcing a layer of concrete so that the reinforcing means : are borne by the frame ; and comprise a first part which is arranged internally of the first portion of the frame and which partly occupies the frame volume ; and which comprises a second part that projects externally from the first portion of the frame ; casting a layer of concrete internally of the first portion of the frame so as to sink the first part of the reinforcing means and so as to fill a first part of the frame volume ; characterised in that the method further comprises the step of casting a layer of acoustically insulating material facing the layer of concrete and internally of the first portion of the frame so as to occupy a second part of the frame volume , wherein the height of the first portion of the frame , the step of casting the layer of concrete and the thickness of the layer of acoustically insulating material are such that a third part of the frame volume is defined, which is adjacent to the second part of the frame volume , so that it remains a space available internally of the frame volume of the realised prefabricated wall . arranging, resting on a horizontal plane, a frame which comprises a first portion comprising a first wall , a second wall , a third wall and a fourth wall which form a quadrilateral and which define a frame volume ; connecting, to the first portion of the frame , reinforcing means for reinforcing a layer of concrete so that the reinforcing means : are borne by the frame ; and comprise a first part which is arranged internally of the first portion of the frame and which partly occupies the frame volume ; and which comprises a second part that projects externally from the first portion of the frame ; casting a layer of concrete internally of the first portion of the frame so as to sink the first part of the reinforcing means and so as to fill a first part of the frame volume ; characterised in that the method further comprises the step of casting a layer of acoustically insulating material facing the layer of concrete and internally of the first portion of the frame so as to occupy a second part of the frame volume , wherein the height of the first portion of the frame , the step of casting the layer of concrete and the thickness of the layer of acoustically insulating material are such that a third part of the frame volume is defined, which is adjacent to the second part of the frame volume , so that it remains a space available internally of the frame volume of the realised prefabricated wall .
Apparatus configured for modelling a state of charge, SOC, of a secondary electrochemical cell having a Lithium Sulfur chemistry in which capacity can be lost due to active reactant species becoming temporarily inactive in use, comprising: a cell model module operable to predict the electrical characteristics of the Lithium Sulfur cell in use based on a model representative of the internal state of the cell that correlates a terminal voltage of the cell to an operational condition of the cell for all states of charge, SOC; a memory effect module operable to model the usable capacity of the Lithium Sulfur cell in use based on a memory model representative of the variation in amount of active reactant species in the cell due to variation in an amount of the active reactant species becoming temporarily inactive in use, wherein the memory model predict the proportion of the rated capacity of the cell, Qt, that is usable capacity, Q usable , during use based on an operational history of the cell, the memory effect module thereby accounting for reversible variation in usable capacity of the cell due to active reactant species becoming temporarily inactive in use; wherein the apparatus is configured such that the cell model module and/or memory effect module adjusts the cell model module in use based on an operational history of the Lithium Sulfur cell to compensate for the prediction of the usable capacity of the cell by the memory effect module . a cell model module operable to predict the electrical characteristics of the Lithium Sulfur cell in use based on a model representative of the internal state of the cell that correlates a terminal voltage of the cell to an operational condition of the cell for all states of charge, SOC; a memory effect module operable to model the usable capacity of the Lithium Sulfur cell in use based on a memory model representative of the variation in amount of active reactant species in the cell due to variation in an amount of the active reactant species becoming temporarily inactive in use, wherein the memory model predict the proportion of the rated capacity of the cell, Qt, that is usable capacity, Q usable , during use based on an operational history of the cell, the memory effect module thereby accounting for reversible variation in usable capacity of the cell due to active reactant species becoming temporarily inactive in use; wherein the apparatus is configured such that the cell model module and/or memory effect module adjusts the cell model module in use based on an operational history of the Lithium Sulfur cell to compensate for the prediction of the usable capacity of the cell by the memory effect module .
Housing for a drive of a window or door, wherein the housing provides a receiving space for a drive unit of the drive , the housing having a housing cover and a housing plate , wherein the housing cover engages around the receiving space and the housing plate is arranged and/or can be arranged between two mutually opposite end sections of the housing cover for the purpose of closing the receiving space , wherein a circuit board receptacle for receiving an electronics circuit board in a form-fitting manner is arranged in the housing cover , characterized in that the circuit board receptacle has two mutually opposite groove-like insertion guides for inserting the electronics circuit board . wherein a circuit board receptacle for receiving an electronics circuit board in a form-fitting manner is arranged in the housing cover , characterized in that the circuit board receptacle has two mutually opposite groove-like insertion guides for inserting the electronics circuit board .
An assembly comprising a battery management system - BMS - and a current measuring relay device , wherein the current measuring relay device comprises: a circuit with a relay ; a comparator configured to compare the measured current value of the relay with a preset current limit value; and a switch connected to the BMS and configured to control an operation of the relay depending on whether the measured current value of the relay exceeds the current limit value, characterized in that : the current measuring relay device further comprises a current measurement unit configured to measure a current value of the relay; the switch is configured to change its state from the turn on state to the turn off state regardless of whether the BMS is normally operated, when the measured current value exceeds the current limit value, and when the measured current value does not exceed the current limit value and the state of the switch needs to be changed from the turn on state to the turn off state, the switch is configured to change its state from the turn on state to the turn off state depending on the control of the BMS. a circuit with a relay ; a comparator configured to compare the measured current value of the relay with a preset current limit value; and a switch connected to the BMS and configured to control an operation of the relay depending on whether the measured current value of the relay exceeds the current limit value, characterized in that : the current measuring relay device further comprises a current measurement unit configured to measure a current value of the relay; the switch is configured to change its state from the turn on state to the turn off state regardless of whether the BMS is normally operated, when the measured current value exceeds the current limit value, and when the measured current value does not exceed the current limit value and the state of the switch needs to be changed from the turn on state to the turn off state, the switch is configured to change its state from the turn on state to the turn off state depending on the control of the BMS. the current measuring relay device further comprises a current measurement unit configured to measure a current value of the relay; the switch is configured to change its state from the turn on state to the turn off state regardless of whether the BMS is normally operated, when the measured current value exceeds the current limit value, and when the measured current value does not exceed the current limit value and the state of the switch needs to be changed from the turn on state to the turn off state, the switch is configured to change its state from the turn on state to the turn off state depending on the control of the BMS.
A nickel composite hydroxide represented by a general formula: Ni 1-x-y Co x Al y (OH) 2+α (0.05 ≤ x ≤ 0.35, 0.01 ≤ y ≤ 0.2, x + y < 0.4, and 0 ≤ α ≤ 0.5), the nickel composite hydroxide comprising: spherical secondary particles formed by aggregation of a plurality of plate-shaped primary particles, wherein the secondary particles have an average particle diameter of 3 μm to 20 μm, a sulfate radical content of 1.0 mass% or less, a chlorine content of 0.5 mass% or less, and a carbonate radical content of 1.0 mass% to 2.5 mass%. spherical secondary particles formed by aggregation of a plurality of plate-shaped primary particles, wherein the secondary particles have an average particle diameter of 3 μm to 20 μm, a sulfate radical content of 1.0 mass% or less, a chlorine content of 0.5 mass% or less, and a carbonate radical content of 1.0 mass% to 2.5 mass%.
A method of modulating display imagery for barcode simulation comprising: receiving barcode information at an image sensor of a portable device ; converting, by the portable device , the barcode information into discrete signals; processing, by the portable device , the discrete signals into formatted image data; displaying, at the portable device , imagery based on the formatted image data; and modulating, at the portable device , light characteristics of the imagery while switching between the imagery and a solid color, to simulate a light simulated barcode. receiving barcode information at an image sensor of a portable device ; converting, by the portable device , the barcode information into discrete signals; processing, by the portable device , the discrete signals into formatted image data; displaying, at the portable device , imagery based on the formatted image data; and modulating, at the portable device , light characteristics of the imagery while switching between the imagery and a solid color, to simulate a light simulated barcode.