mhurhangee/patent-ind-claim-en huggingface dataset:
A lamp assembly for a vehicle , intended to be mounted in a recess of a body of the vehicle , the lamp assembly having a housing and a securing system for securing the lamp assembly to the vehicle body , wherein the securing system is arranged in the housing and comprises: - a receiver capable of being coupled to a transmitter located inside the vehicle body , said receiver and said transmitter being part of a wireless power transfer device , the receiver being configured to power an electromagnet ; characterized in that the securing system comprises: - at least one latch that is movable between a retracted position in which the latch is substantially fully located inside the housing , and a locking position in which the latch at least partially projects out from the housing to be able to engage in a cavity arranged in the recess of the vehicle body ; - the electromagnet is capable, when powered, to attract a ferromagnetic member secured to the latch , in order to move the latch to the locking position; - a retaining system which, in an active state, is configured to retain the latch in the locking position and which can be released to an inactive state for allowing the latch to move to the retracted position. - at least one latch that is movable between a retracted position in which the latch is substantially fully located inside the housing , and a locking position in which the latch at least partially projects out from the housing to be able to engage in a cavity arranged in the recess of the vehicle body ; - the electromagnet is capable, when powered, to attract a ferromagnetic member secured to the latch , in order to move the latch to the locking position; - a retaining system which, in an active state, is configured to retain the latch in the locking position and which can be released to an inactive state for allowing the latch to move to the retracted position.
Clamping apparatus for axially fixedly clamping a disc-shaped tool , preferably a circular saw, on a flange of a drivable spindle of a hand-held power tool, with a clamping disc which bears against the tool in a frictionally locking manner in the fixedly clamped state, a central screw which can be screwed into a receiving opening which is equipped with a thread and is configured in an end side of the spindle , with an operating element which can be connected to the screw fixedly for conjoint rotation, with the result that a manual force introduced into the operating element is transmitted as tightening torque to the screw , and a first securing element which is configured to interact with a corresponding second securing element provided on the flange , in such a way that, when the screw is introduced at least partially into the receiving opening , the clamping disc is secured against rotation in a positively locking manner with respect to the flange , the clamping disc being rotatable relative to the screw and to the operating element , the first securing element of the clamping apparatus being mounted rotatably relative to the screw and fixedly for conjoint rotation relative to the clamping disc , characterized in that the operating element , the clamping disc and the first securing element are arranged on the screw coaxially with respect to one another and behind one another in a direction (N), it being possible for the screw and the operating element to be connected to one another as two independent constituent parts of the clamping apparatus by way of a positively locking connection. a clamping disc which bears against the tool in a frictionally locking manner in the fixedly clamped state, a central screw which can be screwed into a receiving opening which is equipped with a thread and is configured in an end side of the spindle , with an operating element which can be connected to the screw fixedly for conjoint rotation, with the result that a manual force introduced into the operating element is transmitted as tightening torque to the screw , and a first securing element which is configured to interact with a corresponding second securing element provided on the flange , in such a way that, when the screw is introduced at least partially into the receiving opening , the clamping disc is secured against rotation in a positively locking manner with respect to the flange , the clamping disc being rotatable relative to the screw and to the operating element , the first securing element of the clamping apparatus being mounted rotatably relative to the screw and fixedly for conjoint rotation relative to the clamping disc , characterized in that the operating element , the clamping disc and the first securing element are arranged on the screw coaxially with respect to one another and behind one another in a direction (N), it being possible for the screw and the operating element to be connected to one another as two independent constituent parts of the clamping apparatus by way of a positively locking connection.
A blind spot detection module, comprising: a light source module configured to link with a sensor signal for detection of an object in an area behind a vehicle to emit light; and a reflector module including a warning optical pattern for transmitting light emitted from the light source module, characterized in that , the light source module comprises, a light emitting element disposed on a printed circuit board , a light guide member configured to bury the light emitting element , a reflection member disposed between the printed circuit board and the light guide member , a first optical sheet disposed on the light guide member , wherein first optical patterns are disposed on the first optical sheet , wherein the light guide member guides the light to the reflector module , and wherein the light is directed toward the reflector module by the reflection member , in that , the reflector module comprises, a reflector disposed at a position corresponding to a light emitting surface of the light guide member , a diffusion member formed on the reflector , in that , the warning optical pattern includes second optical patterns formed to pass through the reflector , said second optical patterns being such that the light passes through said second optical patterns in the reflector . in that , a fixed spaced part is provided between the first optical sheet and the reflector . a light source module configured to link with a sensor signal for detection of an object in an area behind a vehicle to emit light; and a reflector module including a warning optical pattern for transmitting light emitted from the light source module, characterized in that , the light source module comprises, a light emitting element disposed on a printed circuit board , a light guide member configured to bury the light emitting element , a reflection member disposed between the printed circuit board and the light guide member , a first optical sheet disposed on the light guide member , wherein first optical patterns are disposed on the first optical sheet , wherein the light guide member guides the light to the reflector module , and wherein the light is directed toward the reflector module by the reflection member , in that , the reflector module comprises, a reflector disposed at a position corresponding to a light emitting surface of the light guide member , a diffusion member formed on the reflector , in that , the warning optical pattern includes second optical patterns formed to pass through the reflector , said second optical patterns being such that the light passes through said second optical patterns in the reflector . in that , a fixed spaced part is provided between the first optical sheet and the reflector .
A method for control of a HVAC installation with a heat source and with at least two heat exchangers connected to a pump operable to generate a pressure resulting in a fluid flowing through said heat exchangers , wherein the heat exchangers each comprise an adjustable, electromechanical valve each associated with a temperature sensor, and wherein each of the valves is operable to modulate flow through its heat exchanger between an open position giving flow of a fluid through the heat exchanger and a closed position giving no flow, wherein the valves and the pump connect to a controller such that the controller is configured to adjust and to monitor the positions of each of the valves and is configured to adjust the pressure generated by the pump , the method comprising the steps of: adjusting each of the electromechanical valves to a position different from its closed position, each of the valves taking a first temperature measurement and after the first temperature measurement taking a second temperature measurement, determining for each of the valves a temperature rise quantity as a function of the results of the first temperature measurement and of the second temperature measurement, determining and recording a limit position for each valve as a function of at least one of said temperature rise quantities, adjusting each of the electromechanical valves to its limit position, lifting the limits for the positions of each of the valves to an upper limit position, lowering said pressure generated by the pump while monitoring valve positions for each valve by the controller until one of the valves approaches or substantially approaches its upper limit position, characterized in that the temperature rise quantity is determined by using a mathematical model assuming a temperature rise function r(t) = T 0 (1-e -t/τ ) as a function of time t, wherein T 0 denotes a target temperature and τ denotes a time constant of temperature rise, wherein the time constant τ of temperature rise is determined by obtaining at least the first temperature measurement and the second temperature measurement in relation to valve position and/or flow. adjusting each of the electromechanical valves to a position different from its closed position, each of the valves taking a first temperature measurement and after the first temperature measurement taking a second temperature measurement, determining for each of the valves a temperature rise quantity as a function of the results of the first temperature measurement and of the second temperature measurement, determining and recording a limit position for each valve as a function of at least one of said temperature rise quantities, adjusting each of the electromechanical valves to its limit position, lifting the limits for the positions of each of the valves to an upper limit position, lowering said pressure generated by the pump while monitoring valve positions for each valve by the controller until one of the valves approaches or substantially approaches its upper limit position,
Heating cell from microwave radiation characterized in that it comprises: - a metal structure equipped with a base; and, enclosed within the metal structure , the following components; - at least one N-type input connector , - a monomodal transverse electromagnetic mode electrical transmission line acting as an antenna , - a high dielectric loss ceramic material whereto the antenna is fixed, wherein the high dielectric loss ceramic material has a value of dielectric losses in the electromagnetic radiation region of microwaves ≥ 0.10; and - a reflector plane defined by the base of the metal structure and located λ 4 from the electrical transmission line , with λ being the wavelength of the incident radiation in the cell, with the reflector plane directing said microwave radiation towards the high dielectric loss ceramic material . - a metal structure equipped with a base; and, enclosed within the metal structure , the following components; - at least one N-type input connector , - a monomodal transverse electromagnetic mode electrical transmission line acting as an antenna , - a high dielectric loss ceramic material whereto the antenna is fixed, wherein the high dielectric loss ceramic material has a value of dielectric losses in the electromagnetic radiation region of microwaves ≥ 0.10; and - a reflector plane defined by the base of the metal structure and located λ 4 from the electrical transmission line , with λ being the wavelength of the incident radiation in the cell, with the reflector plane directing said microwave radiation towards the high dielectric loss ceramic material . - at least one N-type input connector , - a monomodal transverse electromagnetic mode electrical transmission line acting as an antenna , - a high dielectric loss ceramic material whereto the antenna is fixed, wherein the high dielectric loss ceramic material has a value of dielectric losses in the electromagnetic radiation region of microwaves ≥ 0.10; and - a reflector plane defined by the base of the metal structure and located λ 4 from the electrical transmission line , with λ being the wavelength of the incident radiation in the cell, with the reflector plane directing said microwave radiation towards the high dielectric loss ceramic material .
A method for configuring a plurality of managed forwarding elements, MFEs, to implement a logical L3 router and a plurality of logical L2 switches , the method comprising for each MFE of a set of MFEs that implement a particular logical L2 switch , generating a first set of data records for configuring the MFE to implement the particular logical L2 switch and the logical L3 router for processing packets sent to a network address that maps to the particular logical L2 switch ; and for each MFE of the set of MFEs, generating a second set of data records for configuring the MFE to implement load balancing processing on a subset of packets sent to the network address that maps to the particular logical L2 switch , the second set of flow entries specifying to balance the subset of packets across a plurality of machines that logically couple to the particular logical L2 switch and are physically coupled to a plurality of different MFEs . for each MFE of a set of MFEs that implement a particular logical L2 switch , generating a first set of data records for configuring the MFE to implement the particular logical L2 switch and the logical L3 router for processing packets sent to a network address that maps to the particular logical L2 switch ; and for each MFE of the set of MFEs, generating a second set of data records for configuring the MFE to implement load balancing processing on a subset of packets sent to the network address that maps to the particular logical L2 switch , the second set of flow entries specifying to balance the subset of packets across a plurality of machines that logically couple to the particular logical L2 switch and are physically coupled to a plurality of different MFEs .
A method of forming a curved vehicle display comprising: providing a glass substrate having a first major surface and a second major surface opposite the first major surface; positioning the glass substrate on a deformable surface of a platform with the first major surface facing the deformable surface; providing an adhesive to the second major surface of the glass substrate attaching a display panel to the glass substrate via the adhesive on the second major surface, forming a laminate structure comprising the glass substrate, the adhesive, and the display panel; cold bending the laminate structure by applying a curved surface of a die to the display-panel-side of the laminate structure, forming a curved laminate structure, the curved surface of the die comprising a first radius of curvature, wherein the deformable surface of the platform deforms to accommodate the cold bending of the laminate structure, wherein cold bending implies bending at a temperature below the strain point of the glass substrate; and applying a pre-curved backlight unit and a pre-curved frame to the display panel of the curved laminate structure. providing a glass substrate having a first major surface and a second major surface opposite the first major surface; positioning the glass substrate on a deformable surface of a platform with the first major surface facing the deformable surface; providing an adhesive to the second major surface of the glass substrate attaching a display panel to the glass substrate via the adhesive on the second major surface, forming a laminate structure comprising the glass substrate, the adhesive, and the display panel; cold bending the laminate structure by applying a curved surface of a die to the display-panel-side of the laminate structure, forming a curved laminate structure, the curved surface of the die comprising a first radius of curvature, wherein the deformable surface of the platform deforms to accommodate the cold bending of the laminate structure, wherein cold bending implies bending at a temperature below the strain point of the glass substrate; and applying a pre-curved backlight unit and a pre-curved frame to the display panel of the curved laminate structure.
A therapeutic composition comprising an isolated arginine deiminase (ADI) and a pharmaceutically-acceptable carrier, wherein the isolated ADI comprises the amino acid sequence set forth in any one of SEQ ID NOs: 2, 6, 8, or 14, or a sequence at least 90% sequence identity to any one of SEQ ID NOs: 2, 6, 8, or 14.
A drive shaft for transferring torque comprising: a tubular insert extending along an axis and defining a first layer of the drive shaft, a polymeric fiber reinforced composite covering defining a second layer of the drive shaft surrounding the tubular insert; and characterised in that the tubular insert includes at least one undulation , and wherein the tubular insert includes a first material having a first deformation temperature; and the covering including a second material having a deformation temperature lower than the deformation temperature of the first material, wherein the covering includes at least one undulation adjacent to the at least one undulation of the tubular insert. a tubular insert extending along an axis and defining a first layer of the drive shaft, a polymeric fiber reinforced composite covering defining a second layer of the drive shaft surrounding the tubular insert; and characterised in that the tubular insert includes at least one undulation , and wherein the tubular insert includes a first material having a first deformation temperature; and the covering including a second material having a deformation temperature lower than the deformation temperature of the first material, wherein the covering includes at least one undulation adjacent to the at least one undulation of the tubular insert.
A dual-latching valve operable in a metastable state, comprising: a) first and second compressible tubes ; b) first and second valve arms positioned adjacent to the first and second tubes , respectively, and thereby forming first and second valves; c) a valve mechanism operable to selectively open and close the first and second valves by selectively engaging with the first and second valve arms wherein only one of the first and second valves is open at a time; and d) an interference mechanism positioned to engage at least one of the first and second valve arms whereby the dual latching valve enters a metastable state allowing fluid flow simultaneously through the first and second valves; characterized in that the dual-latching valve is on a single flow path. a) first and second compressible tubes ; b) first and second valve arms positioned adjacent to the first and second tubes , respectively, and thereby forming first and second valves; c) a valve mechanism operable to selectively open and close the first and second valves by selectively engaging with the first and second valve arms wherein only one of the first and second valves is open at a time; and d) an interference mechanism positioned to engage at least one of the first and second valve arms whereby the dual latching valve enters a metastable state allowing fluid flow simultaneously through the first and second valves;
A data processing apparatus for calculating, from first image data of a first image and second image data of a second image , confidence coefficient data indicating a confidence coefficient of the pixel values of at least a part of the pixels of the second image data, wherein the second image data is image data of which view point is approximatively the same as the first image data, the data processing apparatus comprising: a similarity acquisition unit adapted to acquire similarity between a pixel value of a first pixel of the first image data corresponding to a target pixel of the confidence coefficient data, and each pixel value of a plurality of second pixels in a peripheral region of the first pixel; a correction unit adapted to correct a pixel value of a third pixel of the second image data , the third pixel corresponding to the target pixel of confidence coefficient data, using each pixel value of a plurality of fourth pixels in the peripheral region of the third pixel and corresponding to each of the plurality of second pixels based on the acquired similarity, and to generate corrected second image data; and characterized in that , the data processing apparatus further includes : a confidence coefficient acquisition unit adapted to acquire the confidence coefficient of the target pixel of the confidence coefficient data, by comparing the corrected second image data and the uncorrected second image data in the target pixel. a similarity acquisition unit adapted to acquire similarity between a pixel value of a first pixel of the first image data corresponding to a target pixel of the confidence coefficient data, and each pixel value of a plurality of second pixels in a peripheral region of the first pixel; a correction unit adapted to correct a pixel value of a third pixel of the second image data , the third pixel corresponding to the target pixel of confidence coefficient data, using each pixel value of a plurality of fourth pixels in the peripheral region of the third pixel and corresponding to each of the plurality of second pixels based on the acquired similarity, and to generate corrected second image data; and characterized in that , the data processing apparatus further includes : a confidence coefficient acquisition unit adapted to acquire the confidence coefficient of the target pixel of the confidence coefficient data, by comparing the corrected second image data and the uncorrected second image data in the target pixel.