mhurhangee/ep-ind-claims huggingface dataset:
An imaging cartridge (100, 300, 500, 700) installable in an image forming device, the imaging cartridge or the image forming device comprising an organic photoconductor drum, the image forming device including a rotational driving member and at least one cartridge guide defining a guide path, the cartridge (100, 300, 500, 700) comprising: a first cartridge portion (130, 330, 530, 730) engageable with the at least one cartridge guide for movement along the guide path; and a second cartridge portion (135, 335, 535, 735) coupled to the first cartridge portion (130, 330, 530, 730), the second cartridge portion (135, 335, 535, 735) including a drive receiving member (140, 340, 540, 740) configured for engagement with the rotational driving member and at least one of the organic photoconductor drum, a hopper, a developer roller, and a regulating blade, the second cartridge portion (135, 335, 535, 735) being moveable with respect to the first cartridge portion (130, 330, 530, 730) between a first position in which the drive receiving member (140, 340, 540, 740) is not engageable with the rotational driving member and a second position in which the drive receiving member (140, 340, 540, 740) is engageable with the rotational driving member; characterized in that the organic photoconductor drum defines a longitudinal axis, and where the second cartridge portion (135, 335, 535, 735) moves relative to the first cartridge portion (130, 330, 530, 730) in a direction parallel to the longitudinal axis. a first cartridge portion (130, 330, 530, 730) engageable with the at least one cartridge guide for movement along the guide path; and a second cartridge portion (135, 335, 535, 735) coupled to the first cartridge portion (130, 330, 530, 730), the second cartridge portion (135, 335, 535, 735) including a drive receiving member (140, 340, 540, 740) configured for engagement with the rotational driving member and at least one of the organic photoconductor drum, a hopper, a developer roller, and a regulating blade, the second cartridge portion (135, 335, 535, 735) being moveable with respect to the first cartridge portion (130, 330, 530, 730) between a first position in which the drive receiving member (140, 340, 540, 740) is not engageable with the rotational driving member and a second position in which the drive receiving member (140, 340, 540, 740) is engageable with the rotational driving member; characterized in that the organic photoconductor drum defines a longitudinal axis, and where the second cartridge portion (135, 335, 535, 735) moves relative to the first cartridge portion (130, 330, 530, 730) in a direction parallel to the longitudinal axis.
Surgical instrument with two legs (2, 3) movable relative to each other, a tip (15, 16) inserted in a receiving space at the distal end of the leg (2, 3) being exchangeably held at the free end of the legs, with a fixing device for releasable fixation of the tip to the leg (2, 3), the fixing device comprising on one of the two parts two locking arms (22, 23) which are arranged next to each other and are elastically bendable apart, and comprising on the other one of the two parts (2, 3) a locking projection extending transversely to the direction of insertion of the tip (15, 16) into the leg (2, 3), the locking projection, when inserting the tip (15, 16) into the receiving space of the leg (2, 3), engaging between the two locking arms (22, 23), bending these elastically apart, and, at the end of the inserting movement, entering a recess (31, 32) on the inner side (27, 28) of the locking arms (22, 23), so that the locking arms (22, 23) approach each other again after they have been elastically bent apart, characterized in that the receiving space widens in the proximal direction from its insertion end.
A tool assisting in the evaluation/monitoring of pain, comprising: - a graphics tool, such as a tablet, equipped with a screen and capable of interacting with a server, - a local application (TGapps) installed in the graphics tool for the purpose of displaying on the screen a cartographic representation of a patient's body, while allowing a user, for example the patient, to delimit a zone on the cartographic representation displayed on the screen, - a control application (TGappmain) cooperating with the local application (TGapps) in order to record (CCSapps) each delimited zone together with corresponding surface data, characterized in that the control application (TGappmain) is configured to control a patient auto calibration function (appCalib2) capable of determining the deviations between a plurality of target points designated by contact on the physical body of the patient and corresponding points indicated by the patient pointing to the cartographic representation displayed on the screen, and in that the delimitation, on the screen, of a zone on the cartographic representation by the patient is modified as a function of these patient auto calibration deviations. - a graphics tool, such as a tablet, equipped with a screen and capable of interacting with a server, - a local application (TGapps) installed in the graphics tool for the purpose of displaying on the screen a cartographic representation of a patient's body, while allowing a user, for example the patient, to delimit a zone on the cartographic representation displayed on the screen, - a control application (TGappmain) cooperating with the local application (TGapps) in order to record (CCSapps) each delimited zone together with corresponding surface data, characterized in that the control application (TGappmain) is configured to control a patient auto calibration function (appCalib2) capable of determining the deviations between a plurality of target points designated by contact on the physical body of the patient and corresponding points indicated by the patient pointing to the cartographic representation displayed on the screen, and in that the delimitation, on the screen, of a zone on the cartographic representation by the patient is modified as a function of these patient auto calibration deviations.
A bed comprising a sleeping surface and an elevation mechanism arranged to control the elevation of the sleeping surface, characterised in that the bed further comprises at least one temperature sensor configured to measure temperature in the environment surrounding the bed and/or at least one humidity sensor configured to measure humidity in the environment surrounding the bed, and the elevation mechanism is configured to alter the height of the sleeping surface based on signals from the at least one temperature sensor and/or the at least one humidity sensor.
Method for creating a printed image on a rotating, three-dimensional body, the method wherein an inkjet printing unit having a plurality of inkjet nozzles disposed substantially along a straight line for printing at a printing clock rate is provided, the body is rotated about an axis of rotation substantially parallel to the straight line, and a motor is provided to drive the rotation of the body, comprising the steps of prescribing a fundamental frequency f 0 (t) for activation of the motor, activating the motor with the fundamental frequency f 0 (t) and prescribing an average radius R0 of the body, characterized by the further steps of determining the change in radius ΔR(t) of the body during rotation of the body calculating a correction value k(t) for a printing clock rate of the printing unit where k(t) = 1 + ΔR(t) / R 0, and activating the printing unit (t) with a frequency f(t) for the printing clock rate, where f t = f 0 t × k t.
Desk for auditorium, comprising: a frame having a main extension direction; a plurality of separating plates constrained to said frame and arranged so as to delimit a plurality of adjacent stations (P1, P2, P3); a plurality of tables, each of which is situated at one of said stations (P1, P2, P3), means for tilting each table independently with respect to the frame, so that said table can pass from a rest configuration, in which it is folded against the frame, to a working configuration in which it is substantially perpendicular to said main extension direction, characterised in that it comprises, for each station (P1, P2, P3): two blocks having a partly undulating profile for guiding the corresponding table during the tilting thereof with respect to the frame, each of the two blocks being constrained to one of the two separating plates of said station (P1, P2, P3); an abutment projecting from the frame, said table in the working configuration abutting on said abutment. a frame having a main extension direction; a plurality of separating plates constrained to said frame and arranged so as to delimit a plurality of adjacent stations (P1, P2, P3); a plurality of tables, each of which is situated at one of said stations (P1, P2, P3), means for tilting each table independently with respect to the frame, so that said table can pass from a rest configuration, in which it is folded against the frame, to a working configuration in which it is substantially perpendicular to said main extension direction, two blocks having a partly undulating profile for guiding the corresponding table during the tilting thereof with respect to the frame, each of the two blocks being constrained to one of the two separating plates of said station (P1, P2, P3); an abutment projecting from the frame, said table in the working configuration abutting on said abutment.
Apparatus for triggering a printhead and positioning spots of liquid, for example biological samples, on a substrate, comprising a printhead having a linear array of nozzles, oriented in an axis, the apparatus further comprising: - a processing module controlling the transfer of printing triggers to the printhead; - an encoder module adapted to provide a series of pulses to the processing module, the pulses corresponding to locations of the printhead along the axis; - wherein the processing module receives pulses from the encoder module at intervals representative of a fixed unit of spatial displacement of the printhead along said axis and wherein the axis is substantially parallel to the direction of printing and the nozzles are of substantially equal pitch, characterised in that the processing module transfers printing triggers to the printhead at one or more print intervals, each print interval being representative of a plurality of said fixed units of spatial displacement of the printhead, said print intervals corresponding to the required separation of the printed drops. - a processing module controlling the transfer of printing triggers to the printhead; - an encoder module adapted to provide a series of pulses to the processing module, the pulses corresponding to locations of the printhead along the axis; - wherein the processing module receives pulses from the encoder module at intervals representative of a fixed unit of spatial displacement of the printhead along said axis and wherein the axis is substantially parallel to the direction of printing and the nozzles are of substantially equal pitch, characterised in that the processing module transfers printing triggers to the printhead at one or more print intervals, each print interval being representative of a plurality of said fixed units of spatial displacement of the printhead, said print intervals corresponding to the required separation of the printed drops. - wherein the processing module receives pulses from the encoder module at intervals representative of a fixed unit of spatial displacement of the printhead along said axis and wherein the axis is substantially parallel to the direction of printing and the nozzles are of substantially equal pitch, characterised in that the processing module transfers printing triggers to the printhead at one or more print intervals, each print interval being representative of a plurality of said fixed units of spatial displacement of the printhead, said print intervals corresponding to the required separation of the printed drops.
Flexible, sliding, dynamic implant system, for selective stabilization and correction of the vertebral column deformities and instabilities, including a flexible, sliding and articulated vertebral implant applied to the vertebral column wherein said articulated vertebral implant comprises two linear parallel sequences of U-shaped supports assembled on pedicular screws in the posterior bony portion of each vertebra and Characterized in that It also comprises two blades coupled between the lateral portion of the platform which belong to each internal U-shaped support, two on each side and one above the other corresponding to each U-shaped support sequence in pairs on both sides of the vertebral column around the spinal process; and wherein the blade extremities are connected and fixed to the U-shaped terminal support or platform.
A distal end hood for an endoscope, the distal end hood being configured to be mounted on a distal end portion of an endoscope including a distal end surface of the distal end portion, an opening (50, 54) being formed on the distal end surface, and including an observation window which is positioned on the distal end surface of the distal end portion, the observation window being configured to make observations within the body of a subject being tested, the opening (50, 54) being configured to spray a feed gas, the distal end hood being a circular cylinder, the distal end hood for an endoscope comprising a conduit (62, 66) for disposing away feed gas including: a first region of the conduit disposed inside the distal end hood and having a first end portion of the conduit on which a first opening is formed, the first opening being configured to be fitted together by insertion with an opening of the distal end surface of the distale end portion of the endoscope, when the distal end hood for an endoscope is mounted on the distal end portion of the endoscope; characterised in that the distal end hood further comprises: a second region of the conduit communicated with the first region of the conduit, disposed external to the distal end hood and extended in the axial direction thereof, being longer than the length of the distal end hood along the outer lateral side of the distal end hood and having a second end portion of the conduit on which a second opening is formed, the second opening being disposed at a position away from the distal end surface toward a proximal end side of the endoscope, when the distal end hood for an endoscope is mounted on the distal end portion of the endoscope. a first region of the conduit disposed inside the distal end hood and having a first end portion of the conduit on which a first opening is formed, the first opening being configured to be fitted together by insertion with an opening of the distal end surface of the distale end portion of the endoscope, when the distal end hood for an endoscope is mounted on the distal end portion of the endoscope; characterised in that the distal end hood further comprises: a second region of the conduit communicated with the first region of the conduit, disposed external to the distal end hood and extended in the axial direction thereof, being longer than the length of the distal end hood along the outer lateral side of the distal end hood and having a second end portion of the conduit on which a second opening is formed, the second opening being disposed at a position away from the distal end surface toward a proximal end side of the endoscope, when the distal end hood for an endoscope is mounted on the distal end portion of the endoscope.
A conductor shield composition comprising: a base polymer selected from the group consisting of copolymers of ethylene and a mono-unsaturated ester, copolymers of ethylene and one or more alpha olefins having three to six carbon atoms, EPR rubbers, low density polyethylene and linear low density polyethylene; conductive carbon black; polyethylene glycol; and from 0.5% to 5.0% by weight of the composition of an ethylene vinyl acetate wax. a base polymer selected from the group consisting of copolymers of ethylene and a mono-unsaturated ester, copolymers of ethylene and one or more alpha olefins having three to six carbon atoms, EPR rubbers, low density polyethylene and linear low density polyethylene; conductive carbon black; polyethylene glycol; and from 0.5% to 5.0% by weight of the composition of an ethylene vinyl acetate wax.
A method for preparing a composite material having a uniform composition, comprising at least one bioactive ceramic phase and at least one bioresorbable polymer, characterized in that it comprises the following steps: a) a bioactive ceramic phase in powder form is obtained, said bioactive ceramic phase being a bioactive glass, b) said bioactive ceramic powder is suspended in a solvent, said solvent being acetone, c) a bioresorbable polymer is added to the suspension obtained in b) and mixed to produce a viscous uniform dispersion of said bioactive ceramic powder in a solution formed by said solvent and said polymer, said bioresorbable polymer being a copolymer of poly(L-lactic-co-D,L-lactic) acid and being added in step c) in a proportion of 1 to 90% by weight, of the weight of the mixture consisting of the ceramic phase and the bioresorbable polymer, d) the dispersion obtained in c) is precipitated in an aqueous solution in order to obtain a uniform composite material. a) a bioactive ceramic phase in powder form is obtained, said bioactive ceramic phase being a bioactive glass, b) said bioactive ceramic powder is suspended in a solvent, said solvent being acetone, c) a bioresorbable polymer is added to the suspension obtained in b) and mixed to produce a viscous uniform dispersion of said bioactive ceramic powder in a solution formed by said solvent and said polymer, said bioresorbable polymer being a copolymer of poly(L-lactic-co-D,L-lactic) acid and being added in step c) in a proportion of 1 to 90% by weight, of the weight of the mixture consisting of the ceramic phase and the bioresorbable polymer, d) the dispersion obtained in c) is precipitated in an aqueous solution in order to obtain a uniform composite material.
A method for propagating plants, wherein the plants to be propagated are firstly automatically grasped by a first gripper and separated, the individual plants, hanging on the first gripper, are systematically cut into a plurality of clones, and the individual clones are automatically transported away by a second gripper for further processing, wherein cutting lines on the plant hanging on the first gripper are determined by a second image recognition unit, along which cutting lines the plant is automatically cut by a blade, a laser beam, a waterjet, or a plasma jet into clones of the plant.
A container for an aerosol generating device, the container having a body comprising: a first portion configured to receive an aerosol generating device; and one or more retention means externally accessible from the body, each retention means being configured to releasably retain a module; wherein the body further comprises one or more recesses, each retention means being located in a respective recess; and wherein the one or more recesses are provided as a cut-out of a corner of the body. a first portion configured to receive an aerosol generating device; and one or more retention means externally accessible from the body, each retention means being configured to releasably retain a module; wherein the body further comprises one or more recesses, each retention means being located in a respective recess; and wherein the one or more recesses are provided as a cut-out of a corner of the body.
Method in a waste handling system, in which method waste or recyclable material is transported in carrier bags, bags or sacks, wherein a closing means that is provided with an RFID identifier including information on waste type given to the waste handling system, and configured to be used in closing, or securing the closing of, the carrier bag, bag or sack, is used in closing, or securing the closing of, the carrier bag, bag or sack used in the waste transport, and that the closing means comprises an adhesive surface, with which the closing means can be fixed to the carrier bag, bag or sack, wherein the closing means comprises at least one first visible identifier (21, 22, 23), which identifies the type of waste material or recyclable material contained in a bag, carrier bag or sack that the closing means is intended to close, in the method wastes are sorted into different allotments on the basis of information given by RFID identifiers; and a reading unit of an RFID identifier is arranged in connection with a disposal point of the waste system, which reading unit is configured to control a waste transport system, or a part of it, on the basis of the information given by the RFID identifier, wherein the waste transport system is a pneumatic waste transport system or a system comprising a waste container and a collection truck. wherein a closing means that is provided with an RFID identifier including information on waste type given to the waste handling system, and configured to be used in closing, or securing the closing of, the carrier bag, bag or sack, is used in closing, or securing the closing of, the carrier bag, bag or sack used in the waste transport, and that the closing means comprises an adhesive surface, with which the closing means can be fixed to the carrier bag, bag or sack, wherein the closing means comprises at least one first visible identifier (21, 22, 23), which identifies the type of waste material or recyclable material contained in a bag, carrier bag or sack that the closing means is intended to close, in the method wastes are sorted into different allotments on the basis of information given by RFID identifiers; and a reading unit of an RFID identifier is arranged in connection with a disposal point of the waste system, which reading unit is configured to control a waste transport system, or a part of it, on the basis of the information given by the RFID identifier, wherein the waste transport system is a pneumatic waste transport system or a system comprising a waste container and a collection truck.