mhurhangee/patent-ind-claim-en huggingface dataset:
A probe card for a test equipment of electronic devices, comprising: - a support plate ; - a flexible membrane adapted to carry high frequency signals between a device under test and said support plate , said flexible membrane being connected to said support plate through a peripheral zone thereof; - a damping structure arranged between said support plate and said flexible membrane , said damping structure being adapted to damp an abutment onto said device under test; and - a plurality of micro contact probes comprising a body extending between a first end and a second end , said second end being adapted to abut onto contact pads of said device under test, wherein said damping structure and said first ends of said micro contact probes are in contact with opposite faces (Fa, Fb) of a same contact zone of said flexible membrane , wherein said flexible membrane includes at least one weakening zone arranged between said contact zone and said peripheral zone and adjacent thereto, said weakening zone comprising at least one weakening element adapted to mechanically weaken said flexible membrane and to locally increase the deformability of said flexible membrane , characterized in that the weakening element is in the form of a plurality of cuts, or alternatively in the form of at least one non-through slot of said flexible membrane in said weakening zone . - a support plate ; - a flexible membrane adapted to carry high frequency signals between a device under test and said support plate , said flexible membrane being connected to said support plate through a peripheral zone thereof; - a damping structure arranged between said support plate and said flexible membrane , said damping structure being adapted to damp an abutment onto said device under test; and - a plurality of micro contact probes comprising a body extending between a first end and a second end , said second end being adapted to abut onto contact pads of said device under test, wherein said damping structure and said first ends of said micro contact probes are in contact with opposite faces (Fa, Fb) of a same contact zone of said flexible membrane , wherein said flexible membrane includes at least one weakening zone arranged between said contact zone and said peripheral zone and adjacent thereto, said weakening zone comprising at least one weakening element adapted to mechanically weaken said flexible membrane and to locally increase the deformability of said flexible membrane , characterized in that the weakening element is in the form of a plurality of cuts, or alternatively in the form of at least one non-through slot of said flexible membrane in said weakening zone .
A conveying drum of the tobacco-processing industry having an, in particular cylindrical, drum body which is rotatable or driven in rotation about an axis of rotation (R), wherein two rows, arranged one next to the other, of receiving troughs arranged one behind the other for rod-shaped articles of the tobacco-processing industry are provided in the circumferential direction of the drum body , wherein the receiving troughs of each row, which troughs are arranged one next to the other in the longitudinal extension of the conveying drum , in each case can be swiveled or are swiveled about a swivel axis (24.1, 24.2) oriented radially with respect to the axis of rotation (R), wherein the receiving troughs of each row, which troughs are arranged one next to the other in the longitudinal extension of the conveying drum , can be moved or are moved independently of one another, in particular in the case of simultaneous rotation of the conveying drum about the axis of rotation (R), in each case by means of a movement bar (20.1, 20.2) which is oriented and linearly movable in parallel with the axis of rotation (R) of the conveying drum and which is coupled to the relevant receiving trough .
Device for transferring a sheet from an infeed conveyor unit to an outfeed conveyor unit , wherein the sheet is deflected from an infeed direction into an outfeed direction , wherein the infeed conveyor unit has an infeed transport side , wherein the sheet is guided along the infeed transport side towards the transfer, wherein the outfeed conveyor unit has an outfeed transport side , wherein the sheet is guided away along the outfeed transport side after transfer, wherein the infeed transport side is arranged facing the outfeed transport side , wherein a transfer region is arranged between the infeed transport side and the outfeed transport side , wherein the infeed conveyor unit comprises at least one infeed suction belt which aspirates the sheet by means of a vacuum and a means for interrupting the vacuum of the infeed suction belt , wherein the sheet is released from the infeed transport side for transfer, characterized in that the means for interrupting the vacuum comprises an infeed suction belt which can be lifted off a suction bar .
System for providing an access to a guided vehicle , said system comprising: - a mobile gangway configured for enabling a person to get in or off the guided vehicle ; - moving means configured for moving the mobile gangway with respect to a platform ; - detectors for determining an exact position of a door of the guided vehicle stopping at said platform ; and - a control unit configured for automatically determining a position for the mobile gangway with respect to the platform so that the mobile gangway forms at said position a bridge between the guided vehicle door and the platform , and for automatically controlling said moving means for moving said mobile gangway to said position. - a mobile gangway configured for enabling a person to get in or off the guided vehicle ; - moving means configured for moving the mobile gangway with respect to a platform ; - detectors for determining an exact position of a door of the guided vehicle stopping at said platform ; and - a control unit configured for automatically determining a position for the mobile gangway with respect to the platform so that the mobile gangway forms at said position a bridge between the guided vehicle door and the platform , and for automatically controlling said moving means for moving said mobile gangway to said position.
A method in a first access point (AP1) for detecting an interference, said method comprising: - detecting (S20) a data traffic of a second access point (AP2) on a frequency channel (ch2); - obtaining (S22) a level of strength of a signal received in the frequency channel (ch2) at a period wherein the data traffic is not detected; - sending (S24) an information item indicating that the interference has been detected in the frequency channel (ch2) according to the obtained level. - detecting (S20) a data traffic of a second access point (AP2) on a frequency channel (ch2); - obtaining (S22) a level of strength of a signal received in the frequency channel (ch2) at a period wherein the data traffic is not detected; - sending (S24) an information item indicating that the interference has been detected in the frequency channel (ch2) according to the obtained level.
Method for manufacturing nanoparticles comprising a metallic core coated with a layer of polymer material comprising the following steps: a) preparing a water-in-oil emulsion comprising droplets of an aqueous phase, dispersed in an organic phase , b) adding nanoparticles comprising a metallic core coated with a shell of carbonaceous material , whereby nanoparticles trapped in the droplets are obtained, c) adding precursor monomers of the polymer material, and d) adding a polymerisation initiator, adding the precursor monomers of the polymer material and the polymerisation initiator resulting in polymerisation of the monomers, whereby nanoparticles coated with a layer of polymer material , dispersed in the organic phase , are obtained. a) preparing a water-in-oil emulsion comprising droplets of an aqueous phase, dispersed in an organic phase , b) adding nanoparticles comprising a metallic core coated with a shell of carbonaceous material , whereby nanoparticles trapped in the droplets are obtained, c) adding precursor monomers of the polymer material, and d) adding a polymerisation initiator,
A golf ball comprising a core and at least one cover covering the core, wherein the core is formed from a core rubber composition containing (a) a base rubber containing a polybutadiene, (b) an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms and/or a metal salt thereof as a co-crosslinking agent, (c) a crosslinking initiator, and (d) a terpene-based resin.
A vacuum insulated structure for an appliance , comprising: a trim breaker defining a first groove and a second groove ; a first panel disposed within the first groove and coupled to the trim breaker ; a second panel disposed within the second groove and coupled to the trim breaker ; and an adhesive disposed within the first groove and within the second groove and coupled to the first panel and to the second panel , respectively, characterised in that the trim breaker comprises a polyethylene terephthalate copolyester resin. a trim breaker defining a first groove and a second groove ; a first panel disposed within the first groove and coupled to the trim breaker ; a second panel disposed within the second groove and coupled to the trim breaker ; and an adhesive disposed within the first groove and within the second groove and coupled to the first panel and to the second panel , respectively,
A system for detecting and communicating a position of a pusher on a shelf comprising: a pusher , a shelf configured to receive product , a light channel and a light transceiver , the light channel secured to a gondola wall and the light transceiver located on the light channel , behind the pusher , the light transceiver including a light sensor , and a light transmitter , the light channel including an electronic connection ; and a control module including a microcomputer, the control module aligned with the electronic connection on the light channel and locked into place, wherein the control module configured to receive information regarding an interaction between the pusher and a light signal sent by the light transmitter , wherein the reflection of the light signal is received by the light sensor , to determine a position of the pusher on the shelf, to determine an approximate number of products on the shelf, and to determine a movement of the pusher and a rate of change in a product level, characterized in that the control module is further configured to measure and calculate the time to receive a reflection of the light signal from the pusher and to determine a thickness of the product when products are initially stocked in the system. a pusher , a shelf configured to receive product , a light channel and a light transceiver , the light channel secured to a gondola wall and the light transceiver located on the light channel , behind the pusher , the light transceiver including a light sensor , and a light transmitter , the light channel including an electronic connection ; and a control module including a microcomputer, the control module aligned with the electronic connection on the light channel and locked into place, wherein the control module configured to receive information regarding an interaction between the pusher and a light signal sent by the light transmitter , wherein the reflection of the light signal is received by the light sensor , to determine a position of the pusher on the shelf, to determine an approximate number of products on the shelf, and to determine a movement of the pusher and a rate of change in a product level, characterized in that the control module is further configured to measure and calculate the time to receive a reflection of the light signal from the pusher and to determine a thickness of the product when products are initially stocked in the system.
An antenna array system with square wave steering control, comprising: an array of radiators comprising a plurality of radiating patches ; a plurality of delay lines (115; 315), each delay line (115; 315) configured to provide RF coupling to a corresponding one of the radiating patches ; a plurality of variable dielectric-constant zones , each variable dielectric-constant zone configured to change transmission speed in a corresponding one of the delay lines ; a plurality of control lines , each configured to deliver control signal to one of the variable dielectric-constant zones ; a constant voltage power supplier (204; 504; 604); characterized in that the antenna array system further comprises a square wave modulator (120; 202) configured to receive a constant voltage signal from the power supplier (204; 504; 604) and to generate a plurality of square wave signals, each square wave signal coupled to one of the control lines and having independent pulse width or frequency, such that each square wave signal has either varying duty cycle or frequency. an array of radiators comprising a plurality of radiating patches ; a plurality of delay lines (115; 315), each delay line (115; 315) configured to provide RF coupling to a corresponding one of the radiating patches ; a plurality of variable dielectric-constant zones , each variable dielectric-constant zone configured to change transmission speed in a corresponding one of the delay lines ; a plurality of control lines , each configured to deliver control signal to one of the variable dielectric-constant zones ; a constant voltage power supplier (204; 504; 604); characterized in that the antenna array system further comprises a square wave modulator (120; 202) configured to receive a constant voltage signal from the power supplier (204; 504; 604) and to generate a plurality of square wave signals, each square wave signal coupled to one of the control lines and having independent pulse width or frequency, such that each square wave signal has either varying duty cycle or frequency.
A method of user authentication by an application on a mobile telephony device , the method comprising: i. authenticating the user by interaction with the application , ii. communicating with a remote authentication service to receive a call identifier; and iii. sending the call identifier within a telephone call with a remote telephony service , by means of which the user is authenticated to the remote telephony service ; wherein the authentication service identifies a first account identity of the user; the method being characterized in that the first account identity is linked to a second account identity of the user associated with the remote telephony service , and the second account identity is provided to the remote telephony service such that the remote telephony service identifies the user from the second account identity. i. authenticating the user by interaction with the application , ii. communicating with a remote authentication service to receive a call identifier; and iii. sending the call identifier within a telephone call with a remote telephony service , by means of which the user is authenticated to the remote telephony service ; wherein the authentication service identifies a first account identity of the user; the method being characterized in that the first account identity is linked to a second account identity of the user associated with the remote telephony service , and the second account identity is provided to the remote telephony service such that the remote telephony service identifies the user from the second account identity.
A method for transmitting a stream of real-time video packets in a wireless communication system, the method comprising: receiving , by a first access point, fountain encoded packets from a gateway, the fountain encoded packets including at least a first set of fountain encoded packets corresponding to a video frame, the video frame corresponding to a first set of video packets in the stream of real-time video packets, wherein the video frame is an intra-coded frame, I frame; storing the first set of fountain encoded packets in a buffer of the first access point; transmitting , by the first access point, at least some fountain encoded packets in the first set of fountain encoded packets over a radio interface extending from the first access point to a user equipment, UE; receiving , by the first access point, an uplink broadcast message from the UE, the uplink broadcast message indicating that the video frame has been successfully decoded by the UE; and dropping remaining fountain encoded packets in the first set of fountain encoded packets from the buffer without sending the remaining fountain encoded packets over the radio interface upon receiving the uplink broadcast message indicating that the video frame has been successfully decoded by the UE. receiving , by a first access point, fountain encoded packets from a gateway, the fountain encoded packets including at least a first set of fountain encoded packets corresponding to a video frame, the video frame corresponding to a first set of video packets in the stream of real-time video packets, wherein the video frame is an intra-coded frame, I frame; storing the first set of fountain encoded packets in a buffer of the first access point; transmitting , by the first access point, at least some fountain encoded packets in the first set of fountain encoded packets over a radio interface extending from the first access point to a user equipment, UE; receiving , by the first access point, an uplink broadcast message from the UE, the uplink broadcast message indicating that the video frame has been successfully decoded by the UE; and dropping remaining fountain encoded packets in the first set of fountain encoded packets from the buffer without sending the remaining fountain encoded packets over the radio interface upon receiving the uplink broadcast message indicating that the video frame has been successfully decoded by the UE.
Plug connection for an electrical connection between a first line and a second line , comprising: - a contact stud that can be connected to the first line , - a collet that can be connected to the second line , said collet having - a recess for plugging in the contact stud , - a conical collet outer surface , and - at least n slots for forming n clamping jaws, with n ≥ 1, - a clamping ring having a conical clamping ring inner surface against which the conical collet outer surface lies, wherein the at least one clamping jaw can be clamped against the contact stud by means of a relative movement between the collet and clamping ring , characterized in that - the contact stud and the collet are embodied in such a manner that the collet is pressed into the clamping ring when inserting the contact stud into the recess , or the contact stud and the clamping ring are embodied in such a manner that the clamping ring is pressed onto the collet when inserting the contact stud into the recess . - a contact stud that can be connected to the first line , - a collet that can be connected to the second line , said collet having - a recess for plugging in the contact stud , - a conical collet outer surface , and - at least n slots for forming n clamping jaws, with n ≥ 1, - a recess for plugging in the contact stud , - a conical collet outer surface , and - at least n slots for forming n clamping jaws, with n ≥ 1, - a clamping ring having a conical clamping ring inner surface against which the conical collet outer surface lies, wherein the at least one clamping jaw can be clamped against the contact stud by means of a relative movement between the collet and clamping ring , characterized in that - the contact stud and the collet are embodied in such a manner that the collet is pressed into the clamping ring when inserting the contact stud into the recess , or the contact stud and the clamping ring are embodied in such a manner that the clamping ring is pressed onto the collet when inserting the contact stud into the recess .
APPARATUS FOR WASHING AIRBRUSHES HAVING LOW SMOKE EMISSION, to be used in auto body shops for washing and cleaning airbrushes used for painting, which has a casing , divided internally into two parts, an upper space (2.1) of which has a washing tank arranged in it and a lower space (2.2) of which has a recipient containing the liquid detergent contaminated by the paint residues removed by the washing of the elements constituting the airbrush and a recipient containing the uncontaminated liquid detergent arranged in it, said casing being equipped with a vapour exhaust pipe , wherein a nozzle (6.1) takes care of creating the necessary depression using the Venturi effect, said apparatus providing for the presence, on the upper front part of the casing , of an openable main hatch , equipped with a window (3.1), and on the lower part of the structure of said hatch , of at least a slotted opening (3.2, 13), with the lower edge devoid of material, said apparatus being characterised in that on the lower part of the main hatch a single slotted opening is formed, arranged for the introduction of the hands and arms of the operator, as well as of an airbrush and the components thereof, equipped with band-shaped gaskets (13.1), said slot being devoid of the lower edge thereof, said apparatus being equipped with a closing hatch , which is opened manually before introducing the hands inside the upper space (2.1) and which is closed after the manual washing step, the airbrush with its components being extracted from inside the upper space.
Method of inspecting an integrated circuit having a semiconductor substrate and a circuit portion formed on a front face side of the semiconductor substrate , the method including providing an apparatus comprising: a light generation unit for generating light for irradiating the integrated circuit ; a wavelength width adjustment unit for adjusting a wavelength width, d, of the light for irradiating the integrated circuit ; an irradiation position adjustment unit for adjusting an irradiation position of the light for irradiating the integrated circuit ; and a light detection unit for detecting light from the integrated circuit when the light from the light generation unit irradiates the circuit portion through a rear face of the semiconductor substrate ; characterised in that the light generation unit has a superluminescent diode ; and in that the method further comprises adjusting the wavelength width d by means of the wavelength width adjustment unit by regulating a voltage applied to the superluminescent diode to satisfy d < 7 λ 2 / Tn , and 2 ⁢ tn < 0.441 λ 2 / d wherein λ is the center wavelength of the light, T is the thickness of the semiconductor substrate, n is the refractive index of the semiconductor substrate, and t is a depth of a depletion layer near the circuit portion . a light generation unit for generating light for irradiating the integrated circuit ; a wavelength width adjustment unit for adjusting a wavelength width, d, of the light for irradiating the integrated circuit ; an irradiation position adjustment unit for adjusting an irradiation position of the light for irradiating the integrated circuit ; and a light detection unit for detecting light from the integrated circuit when the light from the light generation unit irradiates the circuit portion through a rear face of the semiconductor substrate ; characterised in that the light generation unit has a superluminescent diode ; and in that the method further comprises adjusting the wavelength width d by means of the wavelength width adjustment unit by regulating a voltage applied to the superluminescent diode to satisfy wherein λ is the center wavelength of the light, T is the thickness of the semiconductor substrate, n is the refractive index of the semiconductor substrate, and t is a depth of a depletion layer near the circuit portion .