mhurhangee/patent-ind-claim-en huggingface dataset:
A compressor protection module , comprising: a signal processing means ; a first connecting means adapted to couple the signal processing means to a compressor of a refrigerant system such as to have the signal processing means provide the compressor with at least one protection function; and a second connecting means adapted to receive and operate at least one extension module , wherein the extension module provides the compressor with at least one optional function; characterized in that the extension module is a plug-in module. a signal processing means ; a first connecting means adapted to couple the signal processing means to a compressor of a refrigerant system such as to have the signal processing means provide the compressor with at least one protection function; and a second connecting means adapted to receive and operate at least one extension module , wherein the extension module provides the compressor with at least one optional function; characterized in that the extension module is a plug-in module.
A composition comprising platelet lysate components with a concentration of fibrinogen of less than 20 μg/ml.
A medical device system for delivering a neuromodulation therapy, comprising: an implantable medical device comprising: a housing; an electronic circuit within the housing; an electrical lead comprising a lead body extending between a proximal end coupled to the housing and a distal end extending away from the housing and at least one electrode carried by the lead body; and a delivery tool for deploying the implantable medical device at a neuromodulation therapy site, characterised in that the tool comprises a first cavity for receiving the housing and a second cavity for receiving the lead, the first cavity and the second cavity in direct communication for receiving the housing and the lead coupled to the housing as a single unit. an implantable medical device comprising: a housing; an electronic circuit within the housing; an electrical lead comprising a lead body extending between a proximal end coupled to the housing and a distal end extending away from the housing and at least one electrode carried by the lead body; and a housing; an electronic circuit within the housing; an electrical lead comprising a lead body extending between a proximal end coupled to the housing and a distal end extending away from the housing and at least one electrode carried by the lead body; and a delivery tool for deploying the implantable medical device at a neuromodulation therapy site, characterised in that the tool comprises a first cavity for receiving the housing and a second cavity for receiving the lead, the first cavity and the second cavity in direct communication for receiving the housing and the lead coupled to the housing as a single unit.
Method for connecting at least two component parts by means of a punch riveting device , wherein a rivet arranged between a punch and one component part , facing the punch, of at least two component parts arranged between the punch and a dolly is pushed into the at least two component parts by means of the punch in that the punch is subjected to a force (F) by means of a drive coupled to the punch, wherein at least one component involved in the pushing in of the rivet is set into vibration by means of a vibration generator during the pushing in, wherein a sound generator is used as vibration generator , characterized in that a profile of a power (P) of the vibration generator during the pushing in of the rivet is determined, wherein the profile of the power (P) is used for quality assessment of an associated punch riveting operation and/or a connection, produced in this punch riveting operation, of the at least two component parts .
A method for manufacturing a driving cabin of a railway vehicle, in particular a tramway, including: - a step for manufacturing a structural frame , defining an area designed to house driving equipment, said structural frame including two side walls on either side each having at least one side opening , - a step for assembling two side windows , each covering a respective one of the side openings , characterized in that it includes, prior to said assembly step, a step for producing two side window supports (28; 30), each assembled with a respective one of the side walls , each side window being attached on a respective one of the side supports (28; 30) during the assembly step. - a step for manufacturing a structural frame , defining an area designed to house driving equipment, said structural frame including two side walls on either side each having at least one side opening , - a step for assembling two side windows , each covering a respective one of the side openings ,
An electronic device configured for use in a catheter lumen comprising: an elongate electric connector comprising an elongate flexible substrate having a proximal portion and a distal portion spaced from the proximal portion by a length along a longitudinal axis, the elongate flexible substrate having a width along an axis transverse to the longitudinal axis, the elongate flexible substrate defining an elongation ratio of the length to the width, the elongation ratio being at least 100:1, and an integrated device package mechanically and electrically connected to the distal portion of the elongate flexible substrate, characterised in that the electronic device further comprises a bobbin , wherein the proximal portion mechanically couples to the bobbin and wherein the elongate electrical connector is configured to unspool from the bobbin. an elongate electric connector comprising an elongate flexible substrate having a proximal portion and a distal portion spaced from the proximal portion by a length along a longitudinal axis, the elongate flexible substrate having a width along an axis transverse to the longitudinal axis, the elongate flexible substrate defining an elongation ratio of the length to the width, the elongation ratio being at least 100:1, and an integrated device package mechanically and electrically connected to the distal portion of the elongate flexible substrate, characterised in that the electronic device further comprises a bobbin , wherein the proximal portion mechanically couples to the bobbin and wherein the elongate electrical connector is configured to unspool from the bobbin.
Method for operating a cache (DANE) configured to be arranged between client terminals (CT) and at least one server (SE), said cache (DANE) being configured to receive requests from client terminals (CT) for at least a first representation of a segment of a multimedia content available at several representations, characterized in that it comprises: - receiving (S1), in a first period of time, a plurality of requests for a given segment from client terminals (CT), each request specifying one first representation and at least one alternative representation of said given segment, said given segment being not stored yet in said cache; - determining (S6) a score of relevancy for each representation of said given segment specified in the requests received during the first period of time, the score of relevancy associated with a requested representation of said given segment corresponding to the number of times said requested representation is specified in the requests received by the cache (DANE); - selecting (S7), as a main relevant representation of said given segment, the representation with the highest score of relevancy; - requesting (S8) by said cache said main relevant representation of the given segment from a remote server (SE). - receiving (S1), in a first period of time, a plurality of requests for a given segment from client terminals (CT), each request specifying one first representation and at least one alternative representation of said given segment, said given segment being not stored yet in said cache; - determining (S6) a score of relevancy for each representation of said given segment specified in the requests received during the first period of time, the score of relevancy associated with a requested representation of said given segment corresponding to the number of times said requested representation is specified in the requests received by the cache (DANE); - selecting (S7), as a main relevant representation of said given segment, the representation with the highest score of relevancy; - requesting (S8) by said cache said main relevant representation of the given segment from a remote server (SE).
An upright vacuum cleaner , comprising: a brushroll assembly comprising a brushroll casing and a brushroll provided in the brushroll casing ; a motor assembly comprising a motor housing and a motor provided within the motor housing ; a body assembly comprising a body and a bridging member mounted on the body, wherein the bridging member is pivotally connected with the motor housing to make the body rotatable between a upright position and an oblique position; and characterized in that the upright vacuum cleaner further comprises an elastic assembly provided between the brushroll casing and the bridging member , and configured to be compressed by the bridging member when the body rotates form the upright position to the oblique position to make the elastic assembly press the brushroll casing downwards. a brushroll assembly comprising a brushroll casing and a brushroll provided in the brushroll casing ; a motor assembly comprising a motor housing and a motor provided within the motor housing ; a body assembly comprising a body and a bridging member mounted on the body, wherein the bridging member is pivotally connected with the motor housing to make the body rotatable between a upright position and an oblique position; and characterized in that the upright vacuum cleaner further comprises an elastic assembly provided between the brushroll casing and the bridging member , and configured to be compressed by the bridging member when the body rotates form the upright position to the oblique position to make the elastic assembly press the brushroll casing downwards.
An accelerometer comprising: a membrane ; a laser source , the laser source producing a laser beam, the laser beam directed at the membrane causing the membrane to vibrate, and wherein the laser source comprises at least one optical fiber, said optical fiber being arranged such that the laser beam is absorbed and reflected from a position on the membrane; a transparent cap , the transparent cap disposed between the laser source and the membrane, the transparent cap having a top surface and a bottom surface ; an antireflecting film disposed on an outer surface of the transparent cap; and a detector sensing a reflected portion of the laser beam, the reflected portion comprising a modulated intensity, wherein the reflected portion of the laser beam occurs from reflections from the top surface and bottom surface of the cap and from the surface of the membrane, wherein an acceleration signal is based in part on the frequency of the modulated intensity of the reflected portion of the laser beam. a membrane ; a laser source , the laser source producing a laser beam, the laser beam directed at the membrane causing the membrane to vibrate, and wherein the laser source comprises at least one optical fiber, said optical fiber being arranged such that the laser beam is absorbed and reflected from a position on the membrane; a transparent cap , the transparent cap disposed between the laser source and the membrane, the transparent cap having a top surface and a bottom surface ; an antireflecting film disposed on an outer surface of the transparent cap; and a detector sensing a reflected portion of the laser beam, the reflected portion comprising a modulated intensity, wherein the reflected portion of the laser beam occurs from reflections from the top surface and bottom surface of the cap and from the surface of the membrane, wherein an acceleration signal is based in part on the frequency of the modulated intensity of the reflected portion of the laser beam.
A suspension for a vehicle seat, to move a seat portion of the vehicle seat upward and downward relative to a neutral position, the suspension comprising: a damper configured to provide damping primarily when moved in a first direction corresponding to extension or compression of the damper; and a linkage secured to the damper and configured to be secured between a support member of the suspension and a base of the suspension; characterised in that the linkage is configured to cause the damper to move in the first direction when the seat portion is moved upward from the neutral position and when the seat portion is moved downward from the neutral position. a damper configured to provide damping primarily when moved in a first direction corresponding to extension or compression of the damper; and a linkage secured to the damper and configured to be secured between a support member of the suspension and a base of the suspension; characterised in that the linkage is configured to cause the damper to move in the first direction when the seat portion is moved upward from the neutral position and when the seat portion is moved downward from the neutral position.
A method for determining a converter Thevenin equivalent model for a converter system , the method comprising: receiving measurement values of a coupling point voltage ( v m ) and of a coupling point current ( i m ) measured at a point of common coupling between a grid emulator system and the converter system , wherein the grid emulator system supplies the converter system with a supply voltage; determining a converter Thevenin impedance ( z d ( ω )) and a converter Thevenin voltage source ( v d ( ω )) of the converter Thevenin equivalent model by inputting the measurement values of the coupling point voltage ( v m ) and of the coupling point current ( i m ) into a coupled system model , which comprises equations modelling the converter system and the grid emulator system and from which the converter Thevenin impedance ( z d ( ω )) and the converter Thevenin voltage source ( v d ( ω )) are calculated; wherein the grid emulator system is modelled with a set of grid emulator elements, each of which has grid emulator parameters; wherein a reduced coupled system model is calculated by determining a first coupled system model with the grid elements having a first set of grid emulator parameters and a second coupled system model with the grid elements having a second set of grid emulator parameters and by analytically eliminating the grid emulator parameters by putting the equations of the second coupled system model into the equations of the first coupled system model; wherein the measurement values are input into the reduced coupled system model . receiving measurement values of a coupling point voltage ( v m ) and of a coupling point current ( i m ) measured at a point of common coupling between a grid emulator system and the converter system , wherein the grid emulator system supplies the converter system with a supply voltage; determining a converter Thevenin impedance ( z d ( ω )) and a converter Thevenin voltage source ( v d ( ω )) of the converter Thevenin equivalent model by inputting the measurement values of the coupling point voltage ( v m ) and of the coupling point current ( i m ) into a coupled system model , which comprises equations modelling the converter system and the grid emulator system and from which the converter Thevenin impedance ( z d ( ω )) and the converter Thevenin voltage source ( v d ( ω )) are calculated; wherein the grid emulator system is modelled with a set of grid emulator elements, each of which has grid emulator parameters; wherein a reduced coupled system model is calculated by determining a first coupled system model with the grid elements having a first set of grid emulator parameters and a second coupled system model with the grid elements having a second set of grid emulator parameters and by analytically eliminating the grid emulator parameters by putting the equations of the second coupled system model into the equations of the first coupled system model; wherein the measurement values are input into the reduced coupled system model .
A composite liftgate system , comprising an inner panel ; a plurality of structural channels molded into the inner panel to manage loading paths applied to the inner panel ; and a plurality of composite preforms operable to connect to the inner panel to add structure and strength where needed in predetermined locations; characterized in that the plurality of structural channels comprise: a first pair of channels extending horizontally below an opening for a rear liftgate window formed in the inner panel ; a second pair of channels extending substantially in diagonal directions away from each other with the largest distance apart being toward the opening; a third pair of channels extending substantially along a side of each channel of the second pair of channels; and a fourth pair of channels extending substantially vertically between the first pair of channels. an inner panel ; a plurality of structural channels molded into the inner panel to manage loading paths applied to the inner panel ; and a plurality of composite preforms operable to connect to the inner panel to add structure and strength where needed in predetermined locations; characterized in that the plurality of structural channels comprise: a first pair of channels extending horizontally below an opening for a rear liftgate window formed in the inner panel ; a second pair of channels extending substantially in diagonal directions away from each other with the largest distance apart being toward the opening; a third pair of channels extending substantially along a side of each channel of the second pair of channels; and a fourth pair of channels extending substantially vertically between the first pair of channels. a first pair of channels extending horizontally below an opening for a rear liftgate window formed in the inner panel ; a second pair of channels extending substantially in diagonal directions away from each other with the largest distance apart being toward the opening; a third pair of channels extending substantially along a side of each channel of the second pair of channels; and a fourth pair of channels extending substantially vertically between the first pair of channels.
A hair dryer comprising: - a housing with an air inlet mouth and an air outlet mouth ; - a handle ; - a fan ; - a brushless motor for actuating the fan ; - a microprocessor for controlling the brushless motor ; characterized in that , during use, said microprocessor adjusts the speed of the fan depending on the accessory placed on the air outlet of the housing in order to automatically compensate the pressure loss due to a decrease in the section of the air outlet mouth caused by said accessory. - a housing with an air inlet mouth and an air outlet mouth ; - a handle ; - a fan ; - a brushless motor for actuating the fan ; - a microprocessor for controlling the brushless motor ;
A method of detecting gas with a photoionization detector, PID, system , comprising: powering on a photoionization detector , turning off an ultraviolet lamp of the photoionization detector by a controller of the photoionization detector system and keeping it turned off during the zero calibration procedure, flowing ambient air from a surrounding environment by a fan of the photoionization detector system past a detector electrode of the photoionization detector ; processing an output of the detector electrode by the controller to determine a zero level of the photoionization detector (4, 104, 106, 108, 112, 1 16), storing the zero level by the controller in a memory of the photoionization detector system , wherein the photoionization detector system in a detecting mode compares an output of the detector electrode to the zero level to determine if a threshold concentration of a gas is present; after storing the zero level, turning on and off the ultraviolet lamp by the controller with an on duty cycle of less than 50 percent, sampling, by the controller , an output of the detector electrode in both on and off states of the ultraviolet lamp ; comparing, by the controller , the sampled output of the detector electrode by the controller to the stored zero level, wherein the photoionization detector system senses ambient temperature and algorithmically adapts the stored zero level based on changes in the sensed ambient temperature. powering on a photoionization detector , turning off an ultraviolet lamp of the photoionization detector by a controller of the photoionization detector system and keeping it turned off during the zero calibration procedure, flowing ambient air from a surrounding environment by a fan of the photoionization detector system past a detector electrode of the photoionization detector ; processing an output of the detector electrode by the controller to determine a zero level of the photoionization detector (4, 104, 106, 108, 112, 1 16), storing the zero level by the controller in a memory of the photoionization detector system , wherein the photoionization detector system in a detecting mode compares an output of the detector electrode to the zero level to determine if a threshold concentration of a gas is present; after storing the zero level, turning on and off the ultraviolet lamp by the controller with an on duty cycle of less than 50 percent, sampling, by the controller , an output of the detector electrode in both on and off states of the ultraviolet lamp ; comparing, by the controller , the sampled output of the detector electrode by the controller to the stored zero level, wherein the photoionization detector system senses ambient temperature and algorithmically adapts the stored zero level based on changes in the sensed ambient temperature.
(amended) An optical device , comprising: - a first optical transparent thermoplastic layer , - a second optical transparent thermoplastic layer , and; in between both thermoplastic layers ∘ a diffractive optical element adjacent to the first thermoplastic layer , ∘ a spacer in between the diffractive optical element and the second thermoplastic layer ,; ∘ a border enclosing the diffractive optical element thereby forming a sealed cavity , ∘ the sealed cavity being filled with a liquid crystalline material , and; - a first optical transparent electrode adjacent to the first optical transparent thermoplastic layer , - a second optical transparent electrode adjacent to the second optical transparent thermoplastic layer , and; - whereby at least the cavity is in between both optical transparent electrodes - a first optical transparent thermoplastic layer , - a second optical transparent thermoplastic layer , and; in between both thermoplastic layers ∘ a diffractive optical element adjacent to the first thermoplastic layer , ∘ a spacer in between the diffractive optical element and the second thermoplastic layer ,; ∘ a border enclosing the diffractive optical element thereby forming a sealed cavity , ∘ the sealed cavity being filled with a liquid crystalline material , and; ∘ a diffractive optical element adjacent to the first thermoplastic layer , ∘ a spacer in between the diffractive optical element and the second thermoplastic layer ,; ∘ a border enclosing the diffractive optical element thereby forming a sealed cavity , ∘ the sealed cavity being filled with a liquid crystalline material , and; - a first optical transparent electrode adjacent to the first optical transparent thermoplastic layer , - a second optical transparent electrode adjacent to the second optical transparent thermoplastic layer , and; - whereby at least the cavity is in between both optical transparent electrodes
Knitting tool for a warp knitting machine having a stem which has an attachment region , by means of which the knitting tool can be inserted into a receiving groove of a bar , wherein the attachment region has a front side , a rear side and two flanks between the front side and the rear side , characterized in that the flanks are parallel to one another,wherein the spacing of the flanks with respect to one another in the attachment region varies by a maximum of 5 μm.