mhurhangee/patent-ind-claim-en huggingface dataset:
A self-climbing elevator machine room for use during the construction of a building comprising two decks being positioned upon each other, locking means arranged on each deck for locking and unlocking the deck to guide rails and/or to guide rail fixing means , guide means arranged on the lower deck for supporting the lower deck movably on the guide rails , lifting means for moving the two decks along the guide rails in relation to each other, at least one power source providing power to the lifting means , the self-climbing elevator machine room climbing stepwise along the guide rails by alternatingly locking and unlocking the lower deck and the upper deck to the guide rails and/or to the guide rail fixing means with the respective locking means and thereafter raising the unlocked deck with the lifting means , characterized in that the upper deck comprises guide means for supporting the upper deck movably on the guide rails , the lower deck is provided with elevator machinery, a cable drum for the electrical cable of the elevator car and rope drums for the hoisting ropes of the elevator, the elevator machinery comprising a drive, a motor, a traction sheave, a machinery brake, and hoisting ropes. two decks being positioned upon each other, locking means arranged on each deck for locking and unlocking the deck to guide rails and/or to guide rail fixing means , guide means arranged on the lower deck for supporting the lower deck movably on the guide rails , lifting means for moving the two decks along the guide rails in relation to each other, at least one power source providing power to the lifting means , the self-climbing elevator machine room climbing stepwise along the guide rails by alternatingly locking and unlocking the lower deck and the upper deck to the guide rails and/or to the guide rail fixing means with the respective locking means and thereafter raising the unlocked deck with the lifting means , characterized in that the upper deck comprises guide means for supporting the upper deck movably on the guide rails , the lower deck is provided with elevator machinery, a cable drum for the electrical cable of the elevator car and rope drums for the hoisting ropes of the elevator, the elevator machinery comprising a drive, a motor, a traction sheave, a machinery brake, and hoisting ropes.
Electrical machine comprising a rotor and a stator comprising a flat annular outer edge , referred to as yoke , with an inner edge radially closer to the rotor, an openwork central part delimited by a tubular bearing within which is housed the rotor, a multiplicity of radial passages disposed circumferentially along said stator, and magnetic flux generators housed in the radial passages the radial passages being delimited by stator teeth , the bottom edge of the yoke and the tubular bearing of the stator , the radial passages comprising fluid circulation galleries radially facing the magnetic flux generators , the magnetic flux generators being housed in the vicinity of and in contact with the bottom edge of the annular yoke , the stator teeth being longer so that the magnetic flux generators are away from the tubular bearing of the stator , said radial passages having a substantially triangular form with the point of the triangle directed toward the tubular bearing of the stator and the radial length of said fluid circulation galleries being greater than the radial length of the magnetic flux generators .
An oscillator system comprising: a voltage controlled oscillator circuit including an input to receive an input voltage and an output to provide an oscillation signal, the input voltage controls a frequency of the oscillation signal; a frequency to voltage circuit , the frequency to voltage circuit including an input to receive the oscillation signal, the frequency to voltage circuit including an output for producing a voltage dependent on a frequency of the oscillation signal; a comparison circuit including an amplifier , the amplifier includes an inverting input, a non inverting input, and an output, during a sampling phase of the comparison circuit , the non inverting input receives a reference voltage and the inverting input is coupled at least via a first switch to the output of the amplifier and is coupled to a first capacitor , wherein a voltage of the output of the amplifier is sampled by the first capacitor , wherein during a comparison phase of the comparison circuit , the first switch is open and the non inverting amplifier receives the voltage generated by the output of the frequency to voltage circuit and the inverting input is coupled to the first capacitor , wherein the voltage of the output of the amplifier is provided to the input of the voltage controlled oscillator circuit during the comparison phase. a voltage controlled oscillator circuit including an input to receive an input voltage and an output to provide an oscillation signal, the input voltage controls a frequency of the oscillation signal; a frequency to voltage circuit , the frequency to voltage circuit including an input to receive the oscillation signal, the frequency to voltage circuit including an output for producing a voltage dependent on a frequency of the oscillation signal; a comparison circuit including an amplifier , the amplifier includes an inverting input, a non inverting input, and an output, during a sampling phase of the comparison circuit , the non inverting input receives a reference voltage and the inverting input is coupled at least via a first switch to the output of the amplifier and is coupled to a first capacitor , wherein a voltage of the output of the amplifier is sampled by the first capacitor , wherein during a comparison phase of the comparison circuit , the first switch is open and the non inverting amplifier receives the voltage generated by the output of the frequency to voltage circuit and the inverting input is coupled to the first capacitor , wherein the voltage of the output of the amplifier is provided to the input of the voltage controlled oscillator circuit during the comparison phase.
An apparatus of an evolved NodeB, eNB, the apparatus comprising: memory ; and processing circuitry , configured to: decode a WLAN Band information element, IE, in an Xw-Application Protocol message from an access point, AP, via a WLAN termination, WT, the WLAN Band IE indicating combinations of one or more communication bands comprising a 2.4 GHz band, a 5 GHz band, and a 60 GHz band supported by the AP; decode a radio resource control, RRC, message from a user equipment, UE, the RRC message indicating combinations of the one or more communication bands supported by the UE; encode a WLAN measurement object for transmission to the UE, for performing signal strength measurements on the one or more communication bands; and based on the measurements, encode a reconfiguration message for transmission to the UE when the AP and the UE support at least a common one of the communication bands, the reconfiguration message to configure the UE to associate with the AP and to receive eNB data concurrently from the eNB and from the AP using Long Term Evolution, LTE/Wireless Local Area Network, WLAN, Aggregation, LWA, wherein the WLAN Band IE indicates the AP supports fast session transfer, FST, on a first combination of the 5 GHz band and the 60 GHz band, or a second combination of the 2.4 GHz band and the 60 GHz band and wherein the RRC message indicates the UE supports FST on the first combination of the 5 GHz band and the 60 GHz band, or the second combination of the 2.4 GHz band and the 60 GHz band. decode a WLAN Band information element, IE, in an Xw-Application Protocol message from an access point, AP, via a WLAN termination, WT, the WLAN Band IE indicating combinations of one or more communication bands comprising a 2.4 GHz band, a 5 GHz band, and a 60 GHz band supported by the AP; decode a radio resource control, RRC, message from a user equipment, UE, the RRC message indicating combinations of the one or more communication bands supported by the UE; encode a WLAN measurement object for transmission to the UE, for performing signal strength measurements on the one or more communication bands; and based on the measurements, encode a reconfiguration message for transmission to the UE when the AP and the UE support at least a common one of the communication bands, the reconfiguration message to configure the UE to associate with the AP and to receive eNB data concurrently from the eNB and from the AP using Long Term Evolution, LTE/Wireless Local Area Network, WLAN, Aggregation, LWA, wherein the WLAN Band IE indicates the AP supports fast session transfer, FST, on a first combination of the 5 GHz band and the 60 GHz band, or a second combination of the 2.4 GHz band and the 60 GHz band and wherein the RRC message indicates the UE supports FST on the first combination of the 5 GHz band and the 60 GHz band, or the second combination of the 2.4 GHz band and the 60 GHz band.
Brake pad of a vehicle brake , in particular of a disc brake of a commercial vehicle, the brake pad comprising: - a brake pad carrier having a support surface , - a friction lining attached to the support surface - a recess extending from the support surface in an axial direction, and - a wear indication device arranged at least partially inside the recess , characterized in that the brake pad carrier further has a clamping member resting against an inner wall of the recess , wherein the clamping member is configured to apply a clamping force on the wear indication device in a radial direction. - a brake pad carrier having a support surface , - a friction lining attached to the support surface - a recess extending from the support surface in an axial direction, and - a wear indication device arranged at least partially inside the recess , characterized in that the brake pad carrier further has a clamping member resting against an inner wall of the recess , wherein the clamping member is configured to apply a clamping force on the wear indication device in a radial direction.
Method for the treating of products, such as eggs to be hatched, with a conditioned gas stream; the method being carried out in a climate chamber , and the climate chamber comprising: ▪ a substantially closed compartment having two opposing lateral walls provided with one or more passages ; ▪ a substantially closed channel which extends around the outside of the compartment and connects one of said lateral walls to the other of said lateral walls in order to form together with the compartment a substantially closed circuit; the gas stream being circulated through the circuit; characterized in that the direction in which the gas stream is circulated through the circuit is reversed repeatedly, in each case once a reversing time interval has elapsed. the method being carried out in a climate chamber , and the climate chamber comprising: ▪ a substantially closed compartment having two opposing lateral walls provided with one or more passages ; ▪ a substantially closed channel which extends around the outside of the compartment and connects one of said lateral walls to the other of said lateral walls in order to form together with the compartment a substantially closed circuit; ▪ a substantially closed compartment having two opposing lateral walls provided with one or more passages ; ▪ a substantially closed channel which extends around the outside of the compartment and connects one of said lateral walls to the other of said lateral walls in order to form together with the compartment a substantially closed circuit; the gas stream being circulated through the circuit; characterized in that the direction in which the gas stream is circulated through the circuit is reversed repeatedly, in each case once a reversing time interval has elapsed.
A blow-by gas filtration assembly fluidically connectable to a crankcase ventilation circuit of an internal combustion engine to receive blow-by gases and filter them from the suspended particles contained therein, wherein the filtration assembly has an axis (X-X) and comprises: - a main body comprising a filtration chamber which extends along said axis (X-X) comprising a flow aperture delimited by an aperture edge which extends concentrically relative to the axis (X-X); - a filter group which comprises a filtering media , cylindrical hollow, comprising a filter cavity , radially crossable in filtration by the blow-by gases; - a command group supported on the main body operationally connected to the filter group to command it in rotation about the axis (X-X); - an annular collar operationally connected to the filter group ; - an annular alignment and fixing group , positioned between the aperture edge and the annular collar , adapted to perform the rotational and fluidic mechanical coupling of the filter group with the main body , comprising: i) a dynamic element comprising a first radial face engaged at the aperture edge and a second radial face radially facing the annular collar ; ii) an elastically yielding annular element ; wherein the blow-by gas filtration assembly is characterized by the fact that the elastically yielding annular element is positioned between dynamic element and annular collar , wherein the elastically yielding annular element is elastically yielding in a flattened configuration in which it is volumetrically compressed between the second radial face and the annular collar so as to integrally engage the dynamic element and the annular collar to rotate therewith. - a main body comprising a filtration chamber which extends along said axis (X-X) comprising a flow aperture delimited by an aperture edge which extends concentrically relative to the axis (X-X); - a filter group which comprises a filtering media , cylindrical hollow, comprising a filter cavity , radially crossable in filtration by the blow-by gases; - a command group supported on the main body operationally connected to the filter group to command it in rotation about the axis (X-X); - an annular collar operationally connected to the filter group ; - an annular alignment and fixing group , positioned between the aperture edge and the annular collar , adapted to perform the rotational and fluidic mechanical coupling of the filter group with the main body , comprising: i) a dynamic element comprising a first radial face engaged at the aperture edge and a second radial face radially facing the annular collar ; ii) an elastically yielding annular element ; i) a dynamic element comprising a first radial face engaged at the aperture edge and a second radial face radially facing the annular collar ; ii) an elastically yielding annular element ;
Apparatus , , for storing a plurality of objects, comprising: at least one post ; a platform defining a surface for supporting at least one object, the platform being coupled to the at least one post and moveable therealong between a first position and a second position below the first position when a first object is supported on the surface of the platform ; and an expandable container for retaining objects on the platform , the expandable container being configured to expand as the platform moves from the first position to the second position , characterised in that the platform comprises a chamber for storing the expandable container when not in use and in a collapsed configuration, with the surface of the platform having at least one door to allow access to the expandable container when stored in the chamber . at least one post ; a platform defining a surface for supporting at least one object, the platform being coupled to the at least one post and moveable therealong between a first position and a second position below the first position when a first object is supported on the surface of the platform ; and an expandable container for retaining objects on the platform , the expandable container being configured to expand as the platform moves from the first position to the second position , characterised in that the platform comprises a chamber for storing the expandable container when not in use and in a collapsed configuration, with the surface of the platform having at least one door to allow access to the expandable container when stored in the chamber .
A method of manufacturing a gear , comprising: subtractive manufacturing a multiple of gear teeth from and an outer portion of a rim ; and additive manufacturing an inner portion of the rim to the outer portion of the rim . subtractive manufacturing a multiple of gear teeth from and an outer portion of a rim ; and additive manufacturing an inner portion of the rim to the outer portion of the rim .
A method comprising: receiving an image having at least one object; generating , by a computing device , at least two scale space images from the image, the computing device comprising a processor configured to cause the computing device to create the at least two scale space images, the at least two scale space images having different levels of detail; using the at least two scale space images to determine, for each pixel of the image, a plurality of weights; determining potential values from the plurality of weights, each potential value representing a likelihood of an associated pixel being within a boundary of the object or being outside the boundary of the object; determining a potential map from the potential values; using the potential map to identify the boundary of the object; characterised in that : determining the potential map from the potential values comprises determining a geometric mean for the potential values, the potential map comprising the geometric mean for the potential values. receiving an image having at least one object; generating , by a computing device , at least two scale space images from the image, the computing device comprising a processor configured to cause the computing device to create the at least two scale space images, the at least two scale space images having different levels of detail; using the at least two scale space images to determine, for each pixel of the image, a plurality of weights; determining potential values from the plurality of weights, each potential value representing a likelihood of an associated pixel being within a boundary of the object or being outside the boundary of the object; determining a potential map from the potential values; using the potential map to identify the boundary of the object; characterised in that : determining the potential map from the potential values comprises determining a geometric mean for the potential values, the potential map comprising the geometric mean for the potential values.
A shape measuring machine for measuring a contour and a roughness shape of a surface of a to-be-measured object, comprising: an arm configured to rotate with a support unit as a fulcrum ; a stylus configured to be brought into contact with the to-be-measured object, be displaced up and down following a surface shape of the to-be-measured object, and be mounted at one end of the arm , and a displacement sensor and a scale detector which are provided at the arm to detect displacement of the arm by displacement of the stylus , wherein the shape measuring machine further comprises a correction processing unit configured to correct the linearity of the data of the displacement sensor by data of the scale detector , wherein the shape measuring machine is configured to generate the corrected displacement data after the movement of the stylus over the entire measurement range is finished. an arm configured to rotate with a support unit as a fulcrum ; a stylus configured to be brought into contact with the to-be-measured object, be displaced up and down following a surface shape of the to-be-measured object, and be mounted at one end of the arm , and a displacement sensor and a scale detector which are provided at the arm to detect displacement of the arm by displacement of the stylus , wherein the shape measuring machine further comprises a correction processing unit configured to correct the linearity of the data of the displacement sensor by data of the scale detector , wherein the shape measuring machine is configured to generate the corrected displacement data after the movement of the stylus over the entire measurement range is finished.
A waterproof heating module for a smoke generator, with the waterproof heating module comprising: a heat exchanger including an ejection portion configured to eject smoke; an outer casing including a through-hole , wherein the heat exchanger is received in an inner side of the outer casing , wherein the ejection portion extends through the through-hole of the outer casing to an outer side of the outer casing ; and characterised by a closure plate including a closure face and a coupling hole extending through the closure face , wherein the coupling hole of the closure plate has an inner periphery in waterproof coupling with an outer periphery of the ejection portion , wherein the ejection portion extends out of the closure plate via the coupling hole , and wherein the closure face of the closure plate is in waterproof coupling with the through-hole of the outer casing . a heat exchanger including an ejection portion configured to eject smoke; an outer casing including a through-hole , wherein the heat exchanger is received in an inner side of the outer casing , wherein the ejection portion extends through the through-hole of the outer casing to an outer side of the outer casing ; and characterised by a closure plate including a closure face and a coupling hole extending through the closure face , wherein the coupling hole of the closure plate has an inner periphery in waterproof coupling with an outer periphery of the ejection portion , wherein the ejection portion extends out of the closure plate via the coupling hole , and wherein the closure face of the closure plate is in waterproof coupling with the through-hole of the outer casing .