mhurhangee/ep-ind-claims huggingface dataset:
An exposure device of an image forming apparatus comprising: a print head that exposes a photoreceptor to form a latent image on the photoreceptor; a lifting mechanism that lifts or lowers the print head relative to the photoreceptor, the lifting mechanism has a lifting holder that holds the print head and is moveable with respect to the photoreceptor; and a biasing member that biases the print head toward the photoreceptor, the biasing member provided between the print head and the lifting holder, wherein the print head has a light emitting unit that emits light, a lens that condenses light emitted from the light emitting unit on the photoreceptor, and a head holder that holds the light emitting unit and the lens, and the head holder has a head position determining unit that abuts on a gap spacer provided between the print head and the photoreceptor and determines a position of the print head, characterized in that the lifting holder has a lifting holder position determining unit that abuts on a case holding the photoreceptor and determines a position of the lifting holder, and the lifting holder position determining unit and the head position determining unit are configured such that when the print head is lifted, before the lifting holder position determining unit abuts on the case, the head position determining unit abuts on the gap spacer. a print head that exposes a photoreceptor to form a latent image on the photoreceptor; a lifting mechanism that lifts or lowers the print head relative to the photoreceptor, the lifting mechanism has a lifting holder that holds the print head and is moveable with respect to the photoreceptor; and a biasing member that biases the print head toward the photoreceptor, the biasing member provided between the print head and the lifting holder, wherein the print head has a light emitting unit that emits light, a lens that condenses light emitted from the light emitting unit on the photoreceptor, and a head holder that holds the light emitting unit and the lens, and the head holder has a head position determining unit that abuts on a gap spacer provided between the print head and the photoreceptor and determines a position of the print head, characterized in that the lifting holder has a lifting holder position determining unit that abuts on a case holding the photoreceptor and determines a position of the lifting holder, and the lifting holder position determining unit and the head position determining unit are configured such that when the print head is lifted, before the lifting holder position determining unit abuts on the case, the head position determining unit abuts on the gap spacer.
A computer-implemented method executed by one or more processors, the method comprising: receiving, at a redirection server, a request from a client to access a content resource provided by a plurality of content servers forming a content distribution network, CDN, wherein the redirection server is a domain name service, DNS, server configured with an anycast address associated with the CDN and configured to respond to requests for domain name resolution, a domain name being structured as "<codepoint>.<provider>", wherein <codepoint> field defines metadata encoding content being requested, and the <provider> field defines a DNS sub-domain of the CDN network; in response to receiving the request, determining, by the redirection server, a particular content server from the plurality of content servers to provide the requested content resource, the determination based at least in part on a proximity of the particular content server to the client; and in response to determining the particular content server, sending, from the redirection server, a response to the client including an identifier for the particular content server. receiving, at a redirection server, a request from a client to access a content resource provided by a plurality of content servers forming a content distribution network, CDN, wherein the redirection server is a domain name service, DNS, server configured with an anycast address associated with the CDN and configured to respond to requests for domain name resolution, a domain name being structured as "<codepoint>.<provider>", wherein <codepoint> field defines metadata encoding content being requested, and the <provider> field defines a DNS sub-domain of the CDN network; in response to receiving the request, determining, by the redirection server, a particular content server from the plurality of content servers to provide the requested content resource, the determination based at least in part on a proximity of the particular content server to the client; and in response to determining the particular content server, sending, from the redirection server, a response to the client including an identifier for the particular content server.
A pound-in suture anchor (100, 200, 300), comprising: a non-cannulated central body having a distal end and a proximal end; a tip portion located at the distal end of the central body, the tip portion having a tapered, conical shape terminating in a rounded point or being blunt; a drive head formed on the proximal end of the central body, the drive head being provided with two channels formed along sides of the drive head to accommodate at least one strand of suture; an eyelet for receiving the at least one strand of suture formed on the proximal end of the central body; and characterised in that the central body has a constant diameter and in that a continuous helical thread comprises a quad lead with four helical threads and a 1-thread pitch or a 2-thread pitch, wherein the helical threads are disposed in a spiral around a whole length of the central body and around a whole length of the tip portion, the continuous helical thread being configured to cause the anchor (100, 200, 300) to self-rotate by itself about 60 to about 100 degrees upon insertion into a hole in bone by only malleting a handle of a driver engaging the drive head of the anchor (100, 200, 300) and pounding the driver and the anchor (100, 200, 300) into the hole in bone, and without requiring tapping of the hole or turning or physically twisting of the handle of the driver that engages the drive head so that the suture anchor (100, 200, 300) rotates by itself into the hole in bone. a non-cannulated central body having a distal end and a proximal end; a tip portion located at the distal end of the central body, the tip portion having a tapered, conical shape terminating in a rounded point or being blunt; a drive head formed on the proximal end of the central body, the drive head being provided with two channels formed along sides of the drive head to accommodate at least one strand of suture; an eyelet for receiving the at least one strand of suture formed on the proximal end of the central body; and characterised in that the central body has a constant diameter and in that a continuous helical thread comprises a quad lead with four helical threads and a 1-thread pitch or a 2-thread pitch, wherein the helical threads are disposed in a spiral around a whole length of the central body and around a whole length of the tip portion, the continuous helical thread being configured to cause the anchor (100, 200, 300) to self-rotate by itself about 60 to about 100 degrees upon insertion into a hole in bone by only malleting a handle of a driver engaging the drive head of the anchor (100, 200, 300) and pounding the driver and the anchor (100, 200, 300) into the hole in bone, and without requiring tapping of the hole or turning or physically twisting of the handle of the driver that engages the drive head so that the suture anchor (100, 200, 300) rotates by itself into the hole in bone.
An actuatable axial piston valve comprising: a piston rod, a valve piston and a gear system to transform linear movement from an actuator to linear movement of the valve piston, wherein: said gear system comprises racks and at least one idler pinion; the actuator is arranged to provide longitudinal movement of a first rack in a generally radial direction with respect to the valve; linear movement of said first rack is arranged to provide rotational movement of said at least one idler pinion; rotation of said at least one idler pinion is arranged to provide longitudinal movement of a second rack operably connected to said piston thereby providing movement of said piston in an axial direction with respect to the valve; the second rack forms part of the piston rod; and the piston rod has attached at one of its ends the valve piston. said gear system comprises racks and at least one idler pinion; the actuator is arranged to provide longitudinal movement of a first rack in a generally radial direction with respect to the valve; linear movement of said first rack is arranged to provide rotational movement of said at least one idler pinion; rotation of said at least one idler pinion is arranged to provide longitudinal movement of a second rack operably connected to said piston thereby providing movement of said piston in an axial direction with respect to the valve; the second rack forms part of the piston rod; and the piston rod has attached at one of its ends the valve piston.
Mechanical apparatus, comprising: a base; a moving element; a hinge, having a first end attached to the moving element and having a second end; a beam made of semiconductor material, which is perpendicular to the hinge and has ends that are attached to the base, wherein the second end of the hinge is attached to the beam at a location between the ends so that the beam elongates in response to rotation of the moving element about the hinge, whereby the moving element rotates about the hinge relative to the base while the beam is deformed as a result of the rotation of the moving element about the hinge; a strain-based rotation sensor (70, 72, 100), which comprises at least one cruciform doped region (74, 102) within the beam positioned at or adjacent to one or both of the ends of the beam, the doped region comprising two pairs of mutually-perpendicular arms having respective resistances that vary responsively to a strain induced due to deformation of the beam as the result of the rotation of the moving element; and a sensing circuit, which is coupled to respective ends of the arms and is configured to output an indication of an angle of the rotation of the moving element responsively to the varying resistances. a base; a moving element; a hinge, having a first end attached to the moving element and having a second end; a beam made of semiconductor material, which is perpendicular to the hinge and has ends that are attached to the base, wherein the second end of the hinge is attached to the beam at a location between the ends so that the beam elongates in response to rotation of the moving element about the hinge, whereby the moving element rotates about the hinge relative to the base while the beam is deformed as a result of the rotation of the moving element about the hinge; a strain-based rotation sensor (70, 72, 100), which comprises at least one cruciform doped region (74, 102) within the beam positioned at or adjacent to one or both of the ends of the beam, the doped region comprising two pairs of mutually-perpendicular arms having respective resistances that vary responsively to a strain induced due to deformation of the beam as the result of the rotation of the moving element; and a sensing circuit, which is coupled to respective ends of the arms and is configured to output an indication of an angle of the rotation of the moving element responsively to the varying resistances.
Device for displaying signage, comprising a transparent holder provided with a recess which is suitable for receiving at least one sign, and a module for illuminating said sign by an edge surface of said holder, said holder consisting of a frame which has a generally rectangular shape and surrounds a region having a shape that is complementary to said sign and forming said recess, characterised in that said frame comprises a lower longitudinal peripheral border which has a V-shaped cross section having a flat central region between the two legs of the V that is suitable for being positioned and held in said recess of said sign, and an upper longitudinal peripheral border having means (118, 119) which are intended for holding said sign, are arranged on said upper longitudinal peripheral border by snap-fitting and are suitable for keeping said sign in said recess, said upper longitudinal peripheral border comprising two snap-fitting notches which are positioned at a distance from one another and are suitable for engaging with two complementary snap-fitting hooks, said complementary snap-fitting hooks being designed to keep said sign in said recess when said hooks are mounted by snap-fitting on said snap-fitting notches of said upper longitudinal peripheral border, said complementary snap-fitting hooks having an upside-down U-shaped profile, of which the ends of the legs of the U form shoulder parts which protrude from said upper longitudinal peripheral border and against which said sign mounted in said recess bears so as to be held therein.
A vehicle comprising: a chassis, comprising a framework comprising a pair of spaced-apart elongate longitudinal members (12, 14) connected by a pair of spaced-apart elongate lateral members (20, 22), and bracing (33, 35) for the thus-defined framework a rear suspension attached to the rearmost lateral member and comprising a trailing-arm arrangement, a front suspension attached to the frontmost lateral member and comprising a leading-arm arrangement, characterised in that the framework is flat and wherein the bracing comprises cross-members (33, 35) extending diagonally within the framework and joining at the centre of the framework. a chassis, comprising a framework comprising a pair of spaced-apart elongate longitudinal members (12, 14) connected by a pair of spaced-apart elongate lateral members (20, 22), and bracing (33, 35) for the thus-defined framework a framework comprising a pair of spaced-apart elongate longitudinal members (12, 14) connected by a pair of spaced-apart elongate lateral members (20, 22), and bracing (33, 35) for the thus-defined framework a rear suspension attached to the rearmost lateral member and comprising a trailing-arm arrangement, a front suspension attached to the frontmost lateral member and comprising a leading-arm arrangement, characterised in that the framework is flat and wherein the bracing comprises cross-members (33, 35) extending diagonally within the framework and joining at the centre of the framework.
A method of obtaining time-varying information about a water-circulation system of a pool or spa including a pump having a strainer basket subject to becoming clogged with debris over time, comprising: a. locating a first attachment location present on the vacuum side of a pump of the system; b. mechanically attaching a device (26A, 26B) including a pressure sensor and an electronic transmitting device to the first attachment location; c. electronically transmitting pressure values obtained by the pressure sensor to a location remote from the pump; and d. evaluating the transmitted pressure values to determine whether the strainer basket of the pump is clogged with debris. a. locating a first attachment location present on the vacuum side of a pump of the system; b. mechanically attaching a device (26A, 26B) including a pressure sensor and an electronic transmitting device to the first attachment location; c. electronically transmitting pressure values obtained by the pressure sensor to a location remote from the pump; and d. evaluating the transmitted pressure values to determine whether the strainer basket of the pump is clogged with debris.
A catalyst composition for use as precursor for Ziegler-Natta catalyst system, said catalyst composition comprising a combination of magnesium moiety, titanium moiety and an internal donor containing at least one 1,2-phenylenedioate compound selected from the group consisting of 1,2-phenylene diisopropanoate, 1,2-phenylene diisobutanoate, 1,2- phenylene di-tert-butanoate, 2-acetoxyphenyl pivalate, and 2-(pivaloyloxy) phenyl benzoate.
Motor-driven rotary pump having a stator pack, which is encapsulated with plastic by injection moulding, of the electric motor, characterized in that, in the plastic, there are arranged cooling ducts through which the delivery medium flows, wherein the plastic is injection-moulded into the stator intermediate spaces so as to form the cooling ducts.
A crane comprising: a base; an upperstructure rotationally mounted on the base; a boom having a proximal end pivotally attached to the upperstructure at a front attachment location, and having a distal end supporting a load line for raising a payload; and a gantry mounted on the upperstructure and having an upper end supporting a boom line coupled to the distal end of the boom for supporting the distal end of the boom; wherein the gantry includes at least one front leg (61, 62) mechanically coupled to the front attachment location (87, 88) and inclined in a direction away from the boom to apply, to the front attachment location (87, 88), a horizontal force component towards the boom that is opposed by a horizontal force component applied by the boom towards the front leg 61, 62), characterized in that the upperstructure includes a circular turret, and the front attachment location (87, 88) is aligned over a circle of the turret. a base; an upperstructure rotationally mounted on the base; a boom having a proximal end pivotally attached to the upperstructure at a front attachment location, and having a distal end supporting a load line for raising a payload; and a gantry mounted on the upperstructure and having an upper end supporting a boom line coupled to the distal end of the boom for supporting the distal end of the boom; wherein the gantry includes at least one front leg (61, 62) mechanically coupled to the front attachment location (87, 88) and inclined in a direction away from the boom to apply, to the front attachment location (87, 88), a horizontal force component towards the boom that is opposed by a horizontal force component applied by the boom towards the front leg 61, 62), characterized in that the upperstructure includes a circular turret, and the front attachment location (87, 88) is aligned over a circle of the turret.
A method for establishing a connection between evolved Node Bs, eNBs, the method comprising: receiving, by a gateway, GW, from a mobility management entity, MME, a first request message comprising information of a first network node connected to the GW; transmitting, by the GW to the MME, a first response message comprising a transmission layer address of the GW, wherein the transmission layer address of the GW is transmitted from the MME to a second network node; receiving, by the GW from the second network node, a second request message for requesting an establishment of an X2 interface between the first network node and the second network node based on the transmission layer address of the GW; transmitting, by the GW to the first network node, the second request message; receiving, by the GW from the first network node, a second response message comprising an identifier, ID, of the first network node; and transmitting, by the GW to the second network node, the second response message, wherein the second network node comprises at least one of a relay eNB, a home eNB, HeNB, or an eNB. receiving, by a gateway, GW, from a mobility management entity, MME, a first request message comprising information of a first network node connected to the GW; transmitting, by the GW to the MME, a first response message comprising a transmission layer address of the GW, wherein the transmission layer address of the GW is transmitted from the MME to a second network node; receiving, by the GW from the second network node, a second request message for requesting an establishment of an X2 interface between the first network node and the second network node based on the transmission layer address of the GW; transmitting, by the GW to the first network node, the second request message; receiving, by the GW from the first network node, a second response message comprising an identifier, ID, of the first network node; and transmitting, by the GW to the second network node, the second response message, wherein the second network node comprises at least one of a relay eNB, a home eNB, HeNB, or an eNB.
Laser weapon system, having at least one laser generation unit; at least one output stage element; a beam optics element; and a ground-based portion and air-based portion; wherein the ground-based portion is provided at least for the energy generation of the laser weapon system; wherein the air-based portion is constructed for target detection of the laser weapon system; wherein the beam optics element and the at least one output stage element are arranged on the air-based, fully mobile portion, and wherein at least one optical fibre provides a transfer of energy from the ground-based portion to the air-based portion and a communications link between the ground-based portion and the air-based portion, characterised in that the at least one output stage element has a fibre strengthening unit, wherein a seed laser unit and at least one pump laser unit are connected to the output stage element by using the at least one optical fibre.
A cooktop comprising: - a support element having a top surface and a bottom surface; - at least one cooking area configured to accommodate a heating element at said top surface; - a suction opening for drawing cooking fumes; - a suction duct in fluid communication with said intake opening; - suction means associated with said suction opening for drawing the cooking fumes through said suction opening and said suction duct; - a collecting tray located below said suction opening for collecting liquids flowing through said suction opening; - coupling means associated with said tray for reversibly fixing said tray to said support element; characterized in that said coupling means comprise a plurality of magnetic elements, which are fixed to said tray for magnetic coupling to said support element. - a support element having a top surface and a bottom surface; - at least one cooking area configured to accommodate a heating element at said top surface; - a suction opening for drawing cooking fumes; - a suction duct in fluid communication with said intake opening; - suction means associated with said suction opening for drawing the cooking fumes through said suction opening and said suction duct; - a collecting tray located below said suction opening for collecting liquids flowing through said suction opening; - coupling means associated with said tray for reversibly fixing said tray to said support element;
A method for conveying of pre-printed polymer oblates, which are e.g. produced in a so-called flexo printing machine and supplied in a roller, to a casting machine such as an injection press that moulds items such as cups or lids, where the oblates will be integrated in the items comprising semi-punching of the oblates such that they remain attached to the roller in the connection points or bridges, wherein the roller with the oblates is subsequently rolled out in stages, such that the oblates pass through a tool with holes that are shaped to comply to the oblate form, after which an oblate is removed with a robot that uses vacuum suction to tear over the bridges that hold the oblates onto the roller and then transfers the oblates to the injection press.