mhurhangee/patent-ind-claim-en huggingface dataset:
A tool to cut and strip a radiating coaxial cable comprising an inner conductor , an outer conductor coaxially arranged around the inner conductor , an insulator disposed between the inner conductor and the outer conductor , and a jacket coaxially arranged around the inner conductor and the outer conductor , the tool having; a first jaw ; a second jaw ; a linkage that couples the first jaw to the second jaw so that the first jaw and the second jaw are movable between an open state and a closed state; a cutting blade inserted in a slit in the first jaw and protruding into an area between the first and second jaws; and a stripping blade ; wherein the first jaw and the second jaw are configured to receive and hold the cable therebetween when the first jaw and the second jaw are in the closed state; wherein the tool is configured to position at least a portion of the cutting blade to cut and sever the cable at a first point along the cable when the tool is rotated around the cable while the first jaw and the second jaw are in the closed state and the cable is received therebetween; and wherein the tool is configured to position at least a portion of the stripping blade to cut the jacket of the cable , without severing the cable , at a second point along the cable when the tool is rotated around the cable while the first jaw and the second jaw are in the closed state and the cable is received therebetween, the tool characterized by a blade assemblly mounted to the first jaw ; the cutting blade coupled to the blade assembly ; the stripping blade attached to an outer side of the blade assembly .
Coaxial microwave connector , intended in particular to link two printed circuit boards (PCBs) to one another, of central axis (X), characterized in that it comprises: - a first connection element comprising a conductive body , forming a ground contact, and a conductive rod forming a central contact arranged inside the ground contact ; - a second connection element comprising a conductive body , forming a ground contact, a conductive rod forming a central contact arranged inside the ground contact , the ground and central contacts of the second connection element being free to be displaced, along the central axis (X), relative to those of the first connection element , between a configuration of disconnection, and a configuration of connection in which the first and the second connection elements are intended to establish an electrical ground contact and a central electrical contact between the two PCBs; - at least one electrically insulating washer , which both allows for the coaxial mechanical securing between each central contact inside the ground contact of the first or of the second connection element, and makes it possible to establish a mechanical pressure between the end of the central contact and one of the two PCBs, characterized in that said electrically insulating washer is flexible and in that the mechanical pressure between the end of the central contact and one of the two PCBs is established by the flexing of said washer. - a first connection element comprising a conductive body , forming a ground contact, and a conductive rod forming a central contact arranged inside the ground contact ; - a second connection element comprising a conductive body , forming a ground contact, a conductive rod forming a central contact arranged inside the ground contact , the ground and central contacts of the second connection element being free to be displaced, along the central axis (X), relative to those of the first connection element , between a configuration of disconnection, and a configuration of connection in which the first and the second connection elements are intended to establish an electrical ground contact and a central electrical contact between the two PCBs; - at least one electrically insulating washer , which both allows for the coaxial mechanical securing between each central contact inside the ground contact of the first or of the second connection element, and makes it possible to establish a mechanical pressure between the end of the central contact and one of the two PCBs, characterized in that said electrically insulating washer is flexible and in that the mechanical pressure between the end of the central contact and one of the two PCBs is established by the flexing of said washer.
An assembly for an aircraft turbine engine, comprising: - an epicyclic speed reduction gear , and - at least one oil nozzle configured to project an oil jet parallel to a longitudinal axis (A) of the turbine engine, said reduction gear comprising a planet carrier equipped with an impeller which is intended to be fixed in rotation to said planet carrier and to be rotated about an axis of said reduction gear, said impeller having an annular shape about said axis and comprising means for lubricating in particular planet gear bearings of said reduction gear, said lubricating means comprising an annular cavity located at the inner periphery of said impeller, the impeller comprising an inner peripheral wall for closing said cavity in the radial direction, the impeller comprising an annular aperture which extends around said axis and which opens in the axial direction into said cavity in order to be supplied with lubricating oil by said oil jet which is intended to pass through this aperture , said cavity being axially bounded by two annular side walls , a first of these walls being connected at its radially inner periphery to said closing wall , and the second of these walls having its radially inner periphery radially spaced from said closing wall by a predetermined radial distance (R4) to define said aperture , and said cavity comprising an inner frustoconical surface which is located axially opposite said aperture to be impacted by said oil jet and which has a radial dimension (R3), said radial distance (R4) being less than the radial dimension (R3). - an epicyclic speed reduction gear , and - at least one oil nozzle configured to project an oil jet parallel to a longitudinal axis (A) of the turbine engine, said reduction gear comprising a planet carrier equipped with an impeller which is intended to be fixed in rotation to said planet carrier and to be rotated about an axis of said reduction gear, said impeller having an annular shape about said axis and comprising means for lubricating in particular planet gear bearings of said reduction gear, said lubricating means comprising an annular cavity located at the inner periphery of said impeller, the impeller comprising an inner peripheral wall for closing said cavity in the radial direction, the impeller comprising an annular aperture which extends around said axis and which opens in the axial direction into said cavity in order to be supplied with lubricating oil by said oil jet which is intended to pass through this aperture , said cavity being axially bounded by two annular side walls , a first of these walls being connected at its radially inner periphery to said closing wall , and the second of these walls having its radially inner periphery radially spaced from said closing wall by a predetermined radial distance (R4) to define said aperture , and said cavity comprising an inner frustoconical surface which is located axially opposite said aperture to be impacted by said oil jet and which has a radial dimension (R3), said radial distance (R4) being less than the radial dimension (R3).
An apparatus comprising: an electrolytic cell comprising an electrolytic bath; - an inert anode body electrically connected to the electrolytic cell for directing current into the electrolytic bath, the inert anode body having at least one sidewall , wherein the sidewall perimetrically surrounds a hole therein, the hole having an upper opening in the top of the anode body and axially extending into the anode body; and - a pin having; -- a first end connected to a current supply, and -- a second end opposite the first end, wherein the second end extends down into the hole via the upper opening of the anode body and ends at a position inside the hole that is above a bath-vapor interface defined by the electrolytic bath, characterized in that the first end of the pin is fitted into and retained within a refractory material the apparatus further comprising: a conductive member which extends from the second end of the pin to below the bath-vapor interface; and a filler retained in the hole between an inner surface of the inert anode body , and the pin and the conductive member , wherein the filler promotes electrical communication between the pin , the conductive member and the inert anode body. - an inert anode body electrically connected to the electrolytic cell for directing current into the electrolytic bath, the inert anode body having at least one sidewall , wherein the sidewall perimetrically surrounds a hole therein, the hole having an upper opening in the top of the anode body and axially extending into the anode body; and - a pin having; -- a first end connected to a current supply, and -- a second end opposite the first end, wherein the second end extends down into the hole via the upper opening of the anode body and ends at a position inside the hole that is above a bath-vapor interface defined by the electrolytic bath, -- a first end connected to a current supply, and -- a second end opposite the first end, wherein the second end extends down into the hole via the upper opening of the anode body and ends at a position inside the hole that is above a bath-vapor interface defined by the electrolytic bath, a conductive member which extends from the second end of the pin to below the bath-vapor interface; and a filler retained in the hole between an inner surface of the inert anode body , and the pin and the conductive member , wherein the filler promotes electrical communication between the pin , the conductive member and the inert anode body.
An unwinder for unwinding reels (B) of web material (N), comprising: unwinding members adapted to unwind a reel (B); a feed path for feeding the web material (N) unwound from the reel (B); and at least one nozzle adapted to blow pressurized air in an area where the web material (N) is detached from the reel (B); characterized by further comprising a moving mechanism for moving the at least one nozzle , so controlled as to follow the movement of the area where the web material (N) is detached from the reel (B) as the reel diameter decreases. unwinding members adapted to unwind a reel (B); a feed path for feeding the web material (N) unwound from the reel (B); and at least one nozzle adapted to blow pressurized air in an area where the web material (N) is detached from the reel (B); characterized by further comprising a moving mechanism for moving the at least one nozzle , so controlled as to follow the movement of the area where the web material (N) is detached from the reel (B) as the reel diameter decreases.
A method for analysing probe data collected by a scanning probe carried by a machine tool, the probe data being collected as the machine tool moves the scanning probe along a scan path (P1, P2, P3, P4, P5; Q1, Q2) relative to a workpiece (6;40;140;240), characterised in that the method comprises the step of identifying a property of the scan path used by the machine tool from a characteristic of the collected probe data alone.
A photovoltaic module comprising: a base plate ; a cell string disposed on the base plate , the cell string having a first surface facing away from the base plate , a second surface opposite to the first surface and facing the base plate, and a side surface between the first and second surfaces; a cover plate over the first surface of the cell string ; a first packaging layer , located between the base plate and the cover plate and surrounding and facing the side surface of the cell string , wherein the first packaging layer , the base plate and the cover plate define a first sealed space housing the cell string; a plurality of moisture detection layers , arranged in the first sealed space and spaced from each other, wherein the plurality of moisture detection layers are arranged on and across the first surface of the cell string and between the cell string and the first packaging layer , and the plurality of moisture detection layers are adaptive to provide response information indicating whether there is moisture in the first sealed space; and a second packaging layer filling the first sealed space thereby embedding the cell string and the plurality of moisture detection layers , wherein a material of the second packaging layer is same as a material of the first packaging layer. a base plate ; a cell string disposed on the base plate , the cell string having a first surface facing away from the base plate , a second surface opposite to the first surface and facing the base plate, and a side surface between the first and second surfaces; a cover plate over the first surface of the cell string ; a first packaging layer , located between the base plate and the cover plate and surrounding and facing the side surface of the cell string , wherein the first packaging layer , the base plate and the cover plate define a first sealed space housing the cell string; a plurality of moisture detection layers , arranged in the first sealed space and spaced from each other, wherein the plurality of moisture detection layers are arranged on and across the first surface of the cell string and between the cell string and the first packaging layer , and the plurality of moisture detection layers are adaptive to provide response information indicating whether there is moisture in the first sealed space; and a second packaging layer filling the first sealed space thereby embedding the cell string and the plurality of moisture detection layers , wherein a material of the second packaging layer is same as a material of the first packaging layer.
Use of a drainage channel as a floor drain in connection with wet rooms in production areas of slaughterhouses or similar, which drainage channel is adapted to conduct drain water towards a drain, wherein the drainage channel , when in use, at its bottom part is designed with a bottom ditch , and wherein the drainage channel includes a shell form having curving sidewalls with a first radius of curvature, and that the sidewalls of the bottom ditch are curving and have a second radius of curvature which is smaller than the first radius of curvature, wherein the second radius of curvature is 1⁄4 of the first radius of curvature and wherein the height of the bottom ditch is less than 1/5 of the total channel height of the drainage channel.
A communication control apparatus comprising: an information acquisition unit adapted to acquire information about channels, among frequency channels assigned to a primary system, available to a secondary system of a plurality of secondary systems from a server , and to acquire information about the secondary systems from secondary usage nodes , each operating a secondary system of the secondary systems; a generation unit adapted to generate a list of channels, among the channels available, recommended for a secondary usage node of the secondary usage nodes ; and a notification unit adapted to notify the secondary usage node of the list generated by the generation unit to allow the secondary usage node to select a channel for secondary usage, wherein the generation unit is adapted to decide the channels recommended to each of the secondary usage nodes in a way that interference between the plurality of secondary systems operated by each of the secondary usage nodes does not exceed a permissible level. an information acquisition unit adapted to acquire information about channels, among frequency channels assigned to a primary system, available to a secondary system of a plurality of secondary systems from a server , and to acquire information about the secondary systems from secondary usage nodes , each operating a secondary system of the secondary systems; a generation unit adapted to generate a list of channels, among the channels available, recommended for a secondary usage node of the secondary usage nodes ; and a notification unit adapted to notify the secondary usage node of the list generated by the generation unit to allow the secondary usage node to select a channel for secondary usage, wherein the generation unit is adapted to decide the channels recommended to each of the secondary usage nodes in a way that interference between the plurality of secondary systems operated by each of the secondary usage nodes does not exceed a permissible level.
A door device for applying torque to a door in an opening direction and/or a closing direction thereof, the door being rotatably attached to a main body via a hinge connected in use with the door device ,said door device comprising: a base ; an arm rotatably supported by the base ; biasing means for applying the torque to the arm in the opening direction and/or in the closing direction thereof, wherein the hinge comprises a first part to be attached to one of the main body and the door and a second part to be attached to the other one of the main body and the door , wherein the base is attached in use to the first part of the hinge , wherein the arm is connected in use to the other one of the main body and the door ; the door device also comprising a seat for connecting the arm to the other one of the main body and the door , wherein the seat is apart from the second part of the hinge , wherein the biasing means is accommodated in the arm , and wherein the tip of the arm is connected to the other one of the main body and the door through the seat , said arm being slidably and rotatably connected to the seat attached in use to the other one of the main body and the door , the seat and the second part being apart from each other in the lengthwise direction of the arm in use. an arm rotatably supported by the base ; biasing means for applying the torque to the arm in the opening direction and/or in the closing direction thereof, wherein the hinge comprises a first part to be attached to one of the main body and the door and a second part to be attached to the other one of the main body and the door , wherein the base is attached in use to the first part of the hinge , wherein the arm is connected in use to the other one of the main body and the door ; the door device also comprising a seat for connecting the arm to the other one of the main body and the door , wherein the seat is apart from the second part of the hinge , wherein the biasing means is accommodated in the arm , and wherein the tip of the arm is connected to the other one of the main body and the door through the seat , said arm being slidably and rotatably connected to the seat attached in use to the other one of the main body and the door , the seat and the second part being apart from each other in the lengthwise direction of the arm in use.
A light irradiation apparatus comprising: a light source for outputting light; a dispersive element for dispersing the light; a spatial light modulator for modulating a phase spectrum or an intensity spectrum of the dispersed light; characterized in that : the light source is configured to output pulsed light; the light irradiation apparatus being further characterized by a focusing element for receiving the light modulated by the spatial light modulator in a dispersing state and focusing the light on a focusing region, such that the light in the focusing region is pulsed light of a temporal waveform, adjusted according to the modulation by the spatial light modulator ; and further wherein the spatial light modulator modulates the phase spectrum or the intensity spectrum of the dispersed light to compensate for wavelength dependency of a focusing characteristic of the focusing element . a light source for outputting light; a dispersive element for dispersing the light; a spatial light modulator for modulating a phase spectrum or an intensity spectrum of the dispersed light; characterized in that : the light source is configured to output pulsed light; the light irradiation apparatus being further characterized by a focusing element for receiving the light modulated by the spatial light modulator in a dispersing state and focusing the light on a focusing region, such that the light in the focusing region is pulsed light of a temporal waveform, adjusted according to the modulation by the spatial light modulator ; and further wherein the spatial light modulator modulates the phase spectrum or the intensity spectrum of the dispersed light to compensate for wavelength dependency of a focusing characteristic of the focusing element . the light source is configured to output pulsed light; the light irradiation apparatus being further characterized by a focusing element for receiving the light modulated by the spatial light modulator in a dispersing state and focusing the light on a focusing region, such that the light in the focusing region is pulsed light of a temporal waveform, adjusted according to the modulation by the spatial light modulator ; and further wherein the spatial light modulator modulates the phase spectrum or the intensity spectrum of the dispersed light to compensate for wavelength dependency of a focusing characteristic of the focusing element .
Storage container , which serves to accommodate cleaning agent and has a main body providing a volumetric space , and which is designed to be replaceably received by a housing of a metering unit for the metered introduction of a cleaning agent into a processing chamber of a program-controlled cleaning appliance, the storage container having a light entry opening which co-operates with an illumination device of the metering unit so that light can be introduced into the volumetric space provided by the main body , characterised in that the volumetric space is divided into a storage chamber and a compartment separated therefrom by a partition wall , the compartment providing the light entry opening and accomodating a metering element made of a light-permeable plastics material. the storage container having a light entry opening which co-operates with an illumination device of the metering unit so that light can be introduced into the volumetric space provided by the main body , characterised in that the volumetric space is divided into a storage chamber and a compartment separated therefrom by a partition wall , the compartment providing the light entry opening and accomodating a metering element made of a light-permeable plastics material.