mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack tab welding method for welding a positive electrode tab and a negative electrode tab in a battery pack comprising a plurality of single cells (1, 1A to 1D) stacked and each of which has positive and negative electrode tabs drawn outward and formed of metals different from each other in kind, the positive electrode tab of a first single cell and the negative electrode tab of a second single cell adjacent to the first single cell being welded through a clad material comprising a two-layer structure formed of the different kind of metals, the method being characterized by comprising the steps of: aligning the positive electrode tab of the first single cell , the negative electrode tab of the second single cell , and the clad material so that the two-layer structure of the clad material is sandwiched between and in contact with the positive and negative electrode tabs to make the same kind of metals of the clad material and each tab in contact with each other; applying a laser (L1) from a side of one of the tabs in a direction crossing the principal surfaces of the one of the tabs and the clad material , thereby bonding the one of the tabs to the clad material at a first focal point (F1) of the laser, aimed at an interface formed between the one of the tabs and the clad material ; and applying another laser (L2) from a side of the other of the tabs in another direction crossing the principal surfaces of the other of the tabs and the clad material , thereby bonding the other of the tabs to the clad material at a second focal point (F2), aimed at an interface formed between the other of the tabs and the clad material , said second focal point (F2) being offset from the first focal point (F1) when viewed in a direction where the positive and negative electrode tabs and the clad material are stacked. aligning the positive electrode tab of the first single cell , the negative electrode tab of the second single cell , and the clad material so that the two-layer structure of the clad material is sandwiched between and in contact with the positive and negative electrode tabs to make the same kind of metals of the clad material and each tab in contact with each other; applying a laser (L1) from a side of one of the tabs in a direction crossing the principal surfaces of the one of the tabs and the clad material , thereby bonding the one of the tabs to the clad material at a first focal point (F1) of the laser, aimed at an interface formed between the one of the tabs and the clad material ; and applying another laser (L2) from a side of the other of the tabs in another direction crossing the principal surfaces of the other of the tabs and the clad material , thereby bonding the other of the tabs to the clad material at a second focal point (F2), aimed at an interface formed between the other of the tabs and the clad material , said second focal point (F2) being offset from the first focal point (F1) when viewed in a direction where the positive and negative electrode tabs and the clad material are stacked.
Luminaire comprising: a LED module including a single-chip or multichip semiconductor assembled on a base of COB LED type or encapsulated LED placed on a heat sink ; a crown-shaped trim body attached to the heat sink and built around the LED module , the trim body having a flat wing , a straight outer side and a folded inner side by folding the outer side in an inverted U shape by the upper circumference edge; an optical system comprising: a glass lens having a flange clamping perimeter rim at its circular base and a rubber circular seal of a complementary size to the lens base , the rubber seal having a vertically straight outer side and an inner side including an internal slot in which the perimeter rim of lens is inserted; the rubber seal further comprises an upper lip of suitable size on its inner side to achieve a specified separation between the LED module and the lens , and a lower lip of suitable size to collect the perimeter rim of the lens base ; the optical system being removably retained within the trim body where the upper lip of the circular rubber seal is pressure fitted below the heat sink and inside the trim body and by pressure between the inner wall of the trim body and the outer side of the rubber seal . a LED module including a single-chip or multichip semiconductor assembled on a base of COB LED type or encapsulated LED placed on a heat sink ; a crown-shaped trim body attached to the heat sink and built around the LED module , the trim body having a flat wing , a straight outer side and a folded inner side by folding the outer side in an inverted U shape by the upper circumference edge; an optical system comprising: a glass lens having a flange clamping perimeter rim at its circular base and a rubber circular seal of a complementary size to the lens base , the rubber seal having a vertically straight outer side and an inner side including an internal slot in which the perimeter rim of lens is inserted; the rubber seal further comprises an upper lip of suitable size on its inner side to achieve a specified separation between the LED module and the lens , and a lower lip of suitable size to collect the perimeter rim of the lens base ; the optical system being removably retained within the trim body where the upper lip of the circular rubber seal is pressure fitted below the heat sink and inside the trim body and by pressure between the inner wall of the trim body and the outer side of the rubber seal .
Chemical dermoepidermal peeling compositions comprising: a) glycolic acid; b) chitosan; c) N-acetyl cysteine and L-carnitine. a) glycolic acid; b) chitosan; c) N-acetyl cysteine and L-carnitine.
A drive device configured to drive a detachable unit detachably attached to an image forming apparatus , the drive device comprising: a drive coupling configured to contact and separate from a driven coupling of the detachable unit along with movement of attachment and detachment of the detachable unit with respect to the image forming apparatus ; a rotary shaft ; a relay member inserted into an opening of the drive coupling and secured on the rotary shaft , the relay member being configured to transmit rotation force of the rotary shaft to the drive coupling to cause the drive coupling to rotate together with the rotary shaft ; a contact member disposed further away from the driven coupling than the relay member ; and a compression spring wound around the rotary shaft , the compression spring having an axial end contacting the contact member and another axial end contacting the relay member , the compression spring being configured to bias the drive coupling toward an axial end of the drive coupling in response to movement of the drive coupling toward another axial end of the drive coupling , with respect to the relay member, the drive coupling including an outer circumferential restrictor , the outer circumferential restrictor facing an outer circumference of the compression spring to restrict radial movement of the compression spring , the relay member including an inner circumferential restrictor , the inner circumferential restrictor facing an inner circumference of the compression spring to restrict radial movement of the compression spring . a drive coupling configured to contact and separate from a driven coupling of the detachable unit along with movement of attachment and detachment of the detachable unit with respect to the image forming apparatus ; a rotary shaft ; a relay member inserted into an opening of the drive coupling and secured on the rotary shaft , the relay member being configured to transmit rotation force of the rotary shaft to the drive coupling to cause the drive coupling to rotate together with the rotary shaft ; a contact member disposed further away from the driven coupling than the relay member ; and a compression spring wound around the rotary shaft , the compression spring having an axial end contacting the contact member and another axial end contacting the relay member , the compression spring being configured to bias the drive coupling toward an axial end of the drive coupling in response to movement of the drive coupling toward another axial end of the drive coupling , with respect to the relay member, the drive coupling including an outer circumferential restrictor , the outer circumferential restrictor facing an outer circumference of the compression spring to restrict radial movement of the compression spring , the relay member including an inner circumferential restrictor , the inner circumferential restrictor facing an inner circumference of the compression spring to restrict radial movement of the compression spring .
A head bar unit comprising: a head bar including a plurality of heads ; an adjuster configured to adjust positions in a vertical direction of the plurality of heads; and a movement configured to move the head bar and the adjuster in the vertical direction, characterised in that the adjuster includes: a motor ; a rotator including a plurality of contact portions, positions of the contact portions in the vertical direction being different from each other, and the rotator being configured to be rotated by the motor around a rotating shaft which is parallel to the vertical direction; and a stopper located at a position facing the rotator in the vertical direction, and configured to position the rotator in the vertical direction, by making contact with one of the contact portions. a head bar including a plurality of heads ; an adjuster configured to adjust positions in a vertical direction of the plurality of heads; and a movement configured to move the head bar and the adjuster in the vertical direction, characterised in that the adjuster includes: a motor ; a rotator a motor ; a rotator including a plurality of contact portions, positions of the contact portions in the vertical direction being different from each other, and the rotator being configured to be rotated by the motor around a rotating shaft which is parallel to the vertical direction; and a stopper located at a position facing the rotator in the vertical direction, and configured to position the rotator in the vertical direction, by making contact with one of the contact portions.
A method of detecting and/or assaying in vitro Annexin A3 in a biological sample of a mammal, said biological sample being chosen from blood or at least one of its derivatives, such as plasma and serum, wherein the biological sample is brought into contact with a first antibody and a second antibody, the first antibody being directed against the first repeat domain of Annexin A3 from said mammal and the second antibody being directed against the fourth repeat domain of Annexin A3 from said mammal.
A heat store comprising heat-storage bodies for storing thermal energy; a housing in which the heat-storage bodies are received; and at least one conduit for a heat-transfer fluid in order to conduct thermal energy to and/or away from the heat-storage bodies ; characterized in that each of the heat-storage bodies includes a metallic rail with an elongated shape, a cross-section of which comprises a web between wider ends . heat-storage bodies for storing thermal energy; a housing in which the heat-storage bodies are received; and at least one conduit for a heat-transfer fluid in order to conduct thermal energy to and/or away from the heat-storage bodies ; characterized in that each of the heat-storage bodies includes a metallic rail with an elongated shape, a cross-section of which comprises a web between wider ends .
A brake control unit, BCU, for determining a health status of a line replaceable unit, LRU, having a coil, comprising: a non-transitory memory configured to store instructions; and a controller coupled to the non-transitory memory and characterised in that the controller is configured to: receive a temperature from a temperature sensor, receive a direct current, DC, voltage that is applied to the coil of the LRU, receive a detected current corresponding to an amount of current flowing through the coil, determine a calculated resistance of the coil based on the detected current and the DC voltage, determine a compensated resistance of the coil based on the temperature and the calculated resistance of the coil, and determine the health status of the LRU by comparing the compensated resistance of the coil to a nominal resistance of the coil. a non-transitory memory configured to store instructions; and a controller coupled to the non-transitory memory and characterised in that the controller is configured to: receive a temperature from a temperature sensor, receive a direct current, DC, voltage that is applied to the coil of the LRU, receive a detected current corresponding to an amount of current flowing through the coil, determine a calculated resistance of the coil based on the detected current and the DC voltage, determine a compensated resistance of the coil based on the temperature and the calculated resistance of the coil, and determine the health status of the LRU by comparing the compensated resistance of the coil to a nominal resistance of the coil. receive a temperature from a temperature sensor, receive a direct current, DC, voltage that is applied to the coil of the LRU, receive a detected current corresponding to an amount of current flowing through the coil, determine a calculated resistance of the coil based on the detected current and the DC voltage, determine a compensated resistance of the coil based on the temperature and the calculated resistance of the coil, and determine the health status of the LRU by comparing the compensated resistance of the coil to a nominal resistance of the coil.
A shelf-supporting device for the reversible connection of a shelf to the shoulders of a piece of furniture, wherein the connection is effected by means of a pin (11,11',11") associable with said shelf and configured so as to protrude from the edge (B) of said shelf and be inserted into a corresponding housing hole formed on said shoulder of said furniture, the device comprising a main body with which movable slide with a pin (11,11',11") is slidingly associated, said shelf-supporting device being configured for being inserted within the thickness of said shelf and said movable slide (15', 15' ') with the pin being slidable with respect to said main body along a sliding direction (Y) between a first non-operating position in which said pin (11,11',11") does not protrude from said shelf , and a second operating position in which said pin protrudes outwardly from said shelf , said shelf-supporting device comprising actuation means of said movable slide (15',15"), and motion transmission means suitable for transforming the movement of said actuation means into a translational movement along the sliding direction (Y) of said movable slide (15',15"), characterized in that a helical spring is provided between said movable slide (15',15") and said body in order to push the same slide (15',15") forwards, said movable slide (15',15") and said pin (11,11',11") consist of two distinct parts, joined together through a coupling with interference.
Stator arrangement for an electric machine, having a cylindrical stator body , wherein the stator body has adjacent plug-in sockets into which plug-in elements for current reversal are inserted, wherein the plug-in elements have a first portion with a first end, a second, U-shaped portion and a third portion with a second end, wherein the second portion is arranged between the first portion and the third portion , and wherein the first portion and the third portion extend in a plane, and the second portion is at least partially bent out of the plane, wherein the second portion has a bent first region , a linearly extending second region and a bent third region , wherein the second region is arranged between the first region and the third region , and wherein, when bending an insulated wire to form a component extending in the plane, a bending of the first region follows a radius which is larger than a radius of a bending of the third region , and a further bending of the component to form the plug-in element is realized, wherein the second portion is at least partially bent out of the plane (see page 8, lines 19 and 20), wherein the further bending is realized by means of a second tool, which comprises an embossing tool , wherein the plug-in elements are formed as plug-in elements interengaging in the stator body , wherein the first portions of the plug-in elements are plugged one after the other into three first adjacent plug-in sockets, and the third portions of the plug-in elements are plugged one after the other into three further adjacent plug-in sockets, which follow the three first adjacent plug-in sockets.
An automation system for use in an in vitro diagnostics (IVD) setting comprising: an automation track having at least two sidewalls , wherein a horizontal surface (A) extending therebetween, wherein the at least two sidewalls define interior and exterior surfaces, and magnetic shielding material is provided at one or more of the interior surface, the exterior surface, or integrated within the sidewall itself, and wherein the horizontal surface is devoid of magnetic shielding (S), and wherein the horizontal surface (A) is a stainless steel plate. an automation track having at least two sidewalls , wherein a horizontal surface (A) extending therebetween, wherein the at least two sidewalls define interior and exterior surfaces, and magnetic shielding material is provided at one or more of the interior surface, the exterior surface, or integrated within the sidewall itself, and wherein the horizontal surface is devoid of magnetic shielding (S), and wherein the horizontal surface (A) is a stainless steel plate.
Epicyclic wheel mechanism with at least three shafts, configured as a belt or flexible drive mechanism, with a planetary carrier for receiving and mounting planetary wheels , which planetary carrier is connected via a mechanism or fixedly to a first shaft so as to rotate with it, and with two sun wheels which are arranged concentrically with respect to the planetary carrier and are connected fixedly to in each case one of the further shafts so as to rotate with it, - the shafts which are connected to the sun wheels and the axles of the planetary wheels being oriented spatially in parallel, - at least two belt drives being provided, and each of the sun wheels being connected via one of the belt drives to the planetary wheels , - the belt drives being connected to one another in a manner which is coupled in terms of rotational speed via at least one common planetary wheel which is wrapped around by their belts , characterized in that one of the belt drives which connects a sun wheel to the planetary wheels is configured with a circulating belt on the front and rear side in such a way that, in relation to the planetary carrier , the associated sun wheel rotates in an opposite direction to the rotational direction of the planetary wheels , the belt running around the planetary wheels on the front side and the sun wheel on the rear side, whereas the other belt drive has a belt which runs around the planetary wheels and the associated sun wheel on the front side. - the shafts which are connected to the sun wheels and the axles of the planetary wheels being oriented spatially in parallel, - at least two belt drives being provided, and each of the sun wheels being connected via one of the belt drives to the planetary wheels , - the belt drives being connected to one another in a manner which is coupled in terms of rotational speed via at least one common planetary wheel which is wrapped around by their belts ,
A metal analyzing plasma CNC cutting machine , comprising: a plasma cutting torch controllable to cut a workpiece with a plasma arc; a lens positioned and configured to capture light from the plasma arc; a spectrometer coupled to receive the captured light from the lens through an optical fiber path and adapted to determine spectral data of the light; at least one computer having a processor and a memory storing spectral analysis software that includes machine readable instructions which, when executed by the processor, cause the processor to analyze the spectral data and to generate a determined composition indicative of a composition of the workpiece , the spectral analysis software further comprising machine readable instructions stored in the memory which, when executed by the processor, cause the processor to compare the determined composition to an expected composition of the workpiece and to generate an alert on a user interface of the at least one computer when the determined composition does not match the expected composition. a plasma cutting torch controllable to cut a workpiece with a plasma arc; a lens positioned and configured to capture light from the plasma arc; a spectrometer coupled to receive the captured light from the lens through an optical fiber path and adapted to determine spectral data of the light; at least one computer having a processor and a memory storing spectral analysis software that includes machine readable instructions which, when executed by the processor, cause the processor to analyze the spectral data and to generate a determined composition indicative of a composition of the workpiece , the spectral analysis software further comprising machine readable instructions stored in the memory which, when executed by the processor, cause the processor to compare the determined composition to an expected composition of the workpiece and to generate an alert on a user interface of the at least one computer when the determined composition does not match the expected composition.
A method for manufacturing a secondary battery, the method comprising: an accommodation step of accommodating an electrode assembly into a battery case; a connection step of connecting an auxiliary case forming an inner space to the battery case; an injection step of injecting an electrolyte into the battery case and the auxiliary case; an electrolyte supply step of supplying the electrolyte within the auxiliary case into the battery case; and a gas supply step of supplying a gas existing in the battery case into the auxiliary case, and a discharge step of discharging the fluid within the auxiliary case to the outside through a discharge hole, wherein, in the electrolyte supply step and the gas supply step, the electrolyte and the gas are supplied through separate paths, respectively, the discharge hole for discharging a fluid is provided in the auxiliary case. an accommodation step of accommodating an electrode assembly into a battery case; a connection step of connecting an auxiliary case forming an inner space to the battery case; an injection step of injecting an electrolyte into the battery case and the auxiliary case; an electrolyte supply step of supplying the electrolyte within the auxiliary case into the battery case; and a gas supply step of supplying a gas existing in the battery case into the auxiliary case, and a discharge step of discharging the fluid within the auxiliary case to the outside through a discharge hole, wherein, in the electrolyte supply step and the gas supply step, the electrolyte and the gas are supplied through separate paths, respectively, the discharge hole for discharging a fluid is provided in the auxiliary case.