mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the formation of three-dimensional objects by consolidation of particulate material, the apparatus comprising a working space, the working space comprising: a build bed surface of particulate material arranged at a lower surface bounding the working space, a ceiling arranged at an upper surface bounding the working space, and a carriage arranged to move across the build bed surface, wherein a lamp assembly is mounted on the carriage, and the lamp assembly comprises: an elongate infrared lamp extending along a lamp axis; and an elongate shield extending parallel to and along one side of the lamp axis, wherein the elongate shield is mounted so as to at least partially bound the space to one side of the lamp; characterised in that the lamp assembly provides a lower opening below the lamp and an upper opening above the lamp, such that there is no significant obstruction in the space above and below the lamp within the lamp assembly to allow direct primary radiation emitted by the lamp to radiate through the openings (140, 150) and away from the lamp in directions not bounded by the shield. a build bed surface of particulate material arranged at a lower surface bounding the working space, a ceiling arranged at an upper surface bounding the working space, and a carriage arranged to move across the build bed surface, wherein a lamp assembly is mounted on the carriage, and the lamp assembly comprises: an elongate infrared lamp extending along a lamp axis; and an elongate shield extending parallel to and along one side of the lamp axis, wherein the elongate shield is mounted so as to at least partially bound the space to one side of the lamp; characterised in that the lamp assembly provides a lower opening below the lamp and an upper opening above the lamp, such that there is no significant obstruction in the space above and below the lamp within the lamp assembly to allow direct primary radiation emitted by the lamp to radiate through the openings (140, 150) and away from the lamp in directions not bounded by the shield. an elongate infrared lamp extending along a lamp axis; and an elongate shield extending parallel to and along one side of the lamp axis, wherein the elongate shield is mounted so as to at least partially bound the space to one side of the lamp; characterised in that the lamp assembly provides a lower opening below the lamp and an upper opening above the lamp, such that there is no significant obstruction in the space above and below the lamp within the lamp assembly to allow direct primary radiation emitted by the lamp to radiate through the openings (140, 150) and away from the lamp in directions not bounded by the shield.
A medical manipulator equipped with a distal end working unit on a distal end of a shaft that extends from a handle, the distal end working unit being capable of being tilted with respect to the shaft, the medical manipulator being constituted so as to mechanically transmit via a transmission mechanism linked operatively with the working unit an input operation with respect to a tilt operating member provided on the handle to thereby tiltably operate the distal end working unit, further being equipped with a brake mechanism that restricts movement of the transmission mechanism, and with a brake release mechanism, wherein the brake release mechanis comprises: a release operating unit disposed on the tilt operating member; and a lever mechanism (204, 204A, 204B, at least a portion of which is arranged on an inner side of the tilt operating member, and which is pressed accompanying inward movement of the release operating unit 202); wherein the lever mechanism (204, 204A, 204B) undergoes movement accompanying an operation performed with respect to the release operating unit, whereby a braking action implemented by the brake mechanism is released; the tilt operating member is disposed rotatably on the handle; and under a condition in which the release operating unit is pressed inwardly, the tilt operating member is rotated to thereby tilt the distal end working unit. a release operating unit disposed on the tilt operating member; and a lever mechanism (204, 204A, 204B, at least a portion of which is arranged on an inner side of the tilt operating member, and which is pressed accompanying inward movement of the release operating unit 202); wherein the lever mechanism (204, 204A, 204B) undergoes movement accompanying an operation performed with respect to the release operating unit, whereby a braking action implemented by the brake mechanism is released; the tilt operating member is disposed rotatably on the handle; and under a condition in which the release operating unit is pressed inwardly, the tilt operating member is rotated to thereby tilt the distal end working unit.
Method for producing a multitube system for a cable, in particular a cable based on optical fibres, comprising at least two microtubes, characterised in that it comprises the following steps: - procuring at least two coils, each coil supporting a microtube, at least one microtube loosely containing a cable previously produced by extrusion of said microtube around the cable, - feeding at least two microtubes to an extruder, - extruding a thermoplastic material through an extrusion head and forming a casing around at least two microtubes, - driving the casing formed and the microtubes that it contains out of the extruder, - cooling the casing and the microtubes, and - winding the casing containing the microtubes on a coil. - procuring at least two coils, each coil supporting a microtube, at least one microtube loosely containing a cable previously produced by extrusion of said microtube around the cable, - feeding at least two microtubes to an extruder, - extruding a thermoplastic material through an extrusion head and forming a casing around at least two microtubes, - driving the casing formed and the microtubes that it contains out of the extruder, - cooling the casing and the microtubes, and - winding the casing containing the microtubes on a coil.
Device for transferring fitting parts for container labelling, in particular with the use of glue, comprising a hub that is coupled to a drive and that can be rotationally driven by the same around a rotational axis of a stationary bearing arrangement, a plurality of drive shafts that are mounted rotatably near to the hub outside circumference each parallel to the rotational axis and that can be coupled to transfer shafts carrying transfer elements, preferably in such a manner that the transfer shafts can be coupled and separated by means of rotating couplings, and a lantern wheel, arranged underneath the hub and having drive pinions and toothed wheel segments on the drive shafts and a stationary control cam plate, for pivotally rotating the drive shafts orbiting with the hub, characterised in that the hub is coupled centrally to an electric torque motor as a direct drive arranged underneath the control cam plate, that the bearing arrangement is arranged in an outer circumferential region of the hub, and the bearing arrangement and the hub are arranged in a through hole of a platelike support structure of the device, that the lantern wheel is arranged underneath the support structure, that the torque motor is mounted at the control cam plate, and that a drive train that directly connects the direct drive to the hub penetrates centrally the lantern wheel with a central shaft, and that the torque motor comprises a stator that contains coils and that is mounted on the bottom side of the control cam plate or of the support structure, and an interior rotor that is equipped with magnets and that is mounted on the central shaft of the hub and that is supported relative to the support structure via the hub in the bearing arrangement at the outside circumference region of the hub.
A memorial object comprising: a housing structure for housing inner cremation contents; the memorial object being characterised in that the housing structure is made of at least a first fluid and the first fluid comprises a water-based liquid; in that the housing structure is maintainable in a predetermined solid shape only upon maintenance of the housing structure under a freezing temperature of the first fluid; and in that the housing structure includes an ice urn and an ice cover for placing over the ice urn. a housing structure for housing inner cremation contents; the memorial object being characterised in that the housing structure is made of at least a first fluid and the first fluid comprises a water-based liquid; in that the housing structure is maintainable in a predetermined solid shape only upon maintenance of the housing structure under a freezing temperature of the first fluid; and in that the housing structure includes an ice urn and an ice cover for placing over the ice urn.
Metal oxide powder formed of metal oxide particles, wherein the metal oxide powder has first metal oxide particles having at least one protrusion portion and second metal oxide particles, the first metal oxide particles are star-like titanium oxide particles having an average primary particle diameter of 100 nm or more and 1,000 nm or less, the second metal oxide particles are anatase-type granular titanium oxide particles having an average primary particle diameter of 1nm or more and 40 nm or less, and a fraction of a total mass of particles having a primary particle diameter of less than 100 nm in a total mass of the metal oxide powder is 0.3% by mass or more and 10% by mass or less. wherein the metal oxide powder has first metal oxide particles having at least one protrusion portion and second metal oxide particles, the first metal oxide particles are star-like titanium oxide particles having an average primary particle diameter of 100 nm or more and 1,000 nm or less, the second metal oxide particles are anatase-type granular titanium oxide particles having an average primary particle diameter of 1nm or more and 40 nm or less, and a fraction of a total mass of particles having a primary particle diameter of less than 100 nm in a total mass of the metal oxide powder is 0.3% by mass or more and 10% by mass or less.
Valve seat for a valve for a piston pump, comprising a ring with a flat side and a disc with a flat side received within this ring, wherein the flat sides (3, 5) of the ring and the disc lie in one plane, characterized in that the ring and the disc are coupled by at least two arcuate arms extending from the side remote from the flat side of the disc.
A method of wireless communication, comprising: selecting, by a base station, an aperiodic reference signal configuration; indicating, by the base station, the selected aperiodic reference signal configuration in an identifier; transmitting, by the base station, the identifier signaling presence of an aperiodic reference signal; transmitting, by the base station, the aperiodic reference signal; and receiving, by the base station, a channel state information, CSI, report from one or more user equipments, UEs, wherein the CSI report is based on the aperiodic reference signal. selecting, by a base station, an aperiodic reference signal configuration; indicating, by the base station, the selected aperiodic reference signal configuration in an identifier; transmitting, by the base station, the identifier signaling presence of an aperiodic reference signal; transmitting, by the base station, the aperiodic reference signal; and receiving, by the base station, a channel state information, CSI, report from one or more user equipments, UEs, wherein the CSI report is based on the aperiodic reference signal.
An information processing apparatus comprising: a control unit configured to acquire a message from a message transmission source apparatus, control projection of an object notifying a user of the message on a basis of an attribute of the message, control the projection to an external projection surface, and indicate a relative positional relationship between the user and the message transmission source apparatus for the message by the projection, characterized in that the control unit is configured to indicate a direction from the user to the message transmission source apparatus by the projection of the object, a position of the projected object on the projection surface indicating the direction and indicate, based on a recognized context related to the user, a separation distance between the user and the message transmission source apparatus by the projection. acquire a message from a message transmission source apparatus, control projection of an object notifying a user of the message on a basis of an attribute of the message, control the projection to an external projection surface, and indicate a relative positional relationship between the user and the message transmission source apparatus for the message by the projection, characterized in that the control unit is configured to indicate a direction from the user to the message transmission source apparatus by the projection of the object, a position of the projected object on the projection surface indicating the direction and indicate, based on a recognized context related to the user, a separation distance between the user and the message transmission source apparatus by the projection.
. An eddy current flaw detection device comprising: an exciter configured to induce eddy current in a tested object, a detector to detect a change in a reactive magnetic field generated by the eddy current in the tested object, the detector being separated from the exciter and located on the same side of the tested object, a backside body made of ferromagnetic material disposed opposite side of the exciter and the detector sandwiching the tested object therebetween. an exciter configured to induce eddy current in a tested object, a detector to detect a change in a reactive magnetic field generated by the eddy current in the tested object, the detector being separated from the exciter and located on the same side of the tested object, a backside body made of ferromagnetic material disposed opposite side of the exciter and the detector sandwiching the tested object therebetween.
An assembly consisting of a filter plate for a filter press and an insert, wherein the filter plate comprises a contact surface for contacting a further filter plate, which extends parallel to a plane (x, y) formed by the filter plate, and at least one channel opening for forming a channel, wherein the channel opening passes through the filter plate perpendicular to the plane (x, y) formed by the filter plate and is bounded by a channel surface of the filter plate, the filter plate comprises an annular first recess at the transition from the channel surface to the contact surface, which comprises a first annular boundary surface, in which a retaining groove is formed, and the assembly comprises an insert corresponding to the annular first recess with a second annular boundary surface, characterised in that the insert comprises an annular second recess, in which an elastic ring seal is arranged, which protrudes beyond the plane formed by the contact surface, and the insert in the region of the retaining groove comprises a receiving groove, in which a retaining ring is arranged which engages in the retaining groove, in such a way that the insert is held in the first recess in the axial direction of the channel opening.
A simply packaged pen needle comprising: at least one needle body; and at least one packaging body used to package said needle body; wherein said needle body comprises of a needle hub, a cannula, and an inner protective cap connected consecutively; wherein said packaging body comprises of a packaging cup and sealing paper; wherein said packaging cup comprises of at least one chamber coupled with said needle body; wherein said needle hub comprises of at least one axial protrusion on its outer circumference; wherein the inner wall of said chamber comprises of at least one groove coupled with said axial protrusion; wherein the upper edge of said chamber is a flat surface connected with said sealing paper. at least one needle body; and at least one packaging body used to package said needle body; wherein said needle body comprises of a needle hub, a cannula, and an inner protective cap connected consecutively; wherein said packaging body comprises of a packaging cup and sealing paper; wherein said packaging cup comprises of at least one chamber coupled with said needle body; wherein said needle hub comprises of at least one axial protrusion on its outer circumference; wherein the inner wall of said chamber comprises of at least one groove coupled with said axial protrusion; wherein the upper edge of said chamber is a flat surface connected with said sealing paper.
A vacuum heat insulating material comprising: a core material in a vacuum state; a sealing layer surrounding the core material; an inner layer covering the sealing layer, and having a first side, and a second side connected to the first side, wherein the second side is shorter than the first side; a protective layer located at an outside of the inner layer; a first blocking layer having at least one portion located between the first side of the inner layer and the protective layer; and a second blocking layer having at least one portion located between the second side of the inner layer and the protective layer, wherein the second blocking layer has a lower thermal conductivity than the first blocking layer. a core material in a vacuum state; a sealing layer surrounding the core material; an inner layer covering the sealing layer, and having a first side, and a second side connected to the first side, wherein the second side is shorter than the first side; a protective layer located at an outside of the inner layer; a first blocking layer having at least one portion located between the first side of the inner layer and the protective layer; and a second blocking layer having at least one portion located between the second side of the inner layer and the protective layer, wherein the second blocking layer has a lower thermal conductivity than the first blocking layer.
An integrated circuit for use in an electronic circuit with a power supply regulator circuit that is partly implemented in the integrated circuit, the power supply regulator circuit comprising an external output transistor outside the integrated circuit but controlled from the integrated circuit, the integrated circuit comprising: - a power supply input terminal; - a regulated power supply output terminal for supplying an output voltage; - a control output for controlling a control electrode of the external transistor; - a first output transistor with a main current channel coupled between the power supply input terminal and the regulated power supply output terminal; - a first driver circuit coupled between the regulated power supply output terminal and a control electrode of the first output transistor; - a second driver circuit with an input for receiving an indication of a current supplied by the first output transistor and an output coupled to the control output, the second driver circuit being configured to initiate a rise in current through the external output transistor in response to detection that the indicated current through the first output transistor exceeds a threshold level, at least until the indicated current through the first output transistor has dropped below the threshold level, wherein the second driver circuit is configured to raise the current through the second output transistor at a predetermined rate, or at a selected one of a predetermined set of discrete rates, in response to said detection. - a power supply input terminal; - a regulated power supply output terminal for supplying an output voltage; - a control output for controlling a control electrode of the external transistor; - a first output transistor with a main current channel coupled between the power supply input terminal and the regulated power supply output terminal; - a first driver circuit coupled between the regulated power supply output terminal and a control electrode of the first output transistor; - a second driver circuit with an input for receiving an indication of a current supplied by the first output transistor and an output coupled to the control output, the second driver circuit being configured to initiate a rise in current through the external output transistor in response to detection that the indicated current through the first output transistor exceeds a threshold level, at least until the indicated current through the first output transistor has dropped below the threshold level, wherein the second driver circuit is configured to raise the current through the second output transistor at a predetermined rate, or at a selected one of a predetermined set of discrete rates, in response to said detection.
A phase locked loop circuit comprising: an analog portion (11, 12,13, 14, 15, 16) adapted to generate a control voltage (cntp) for a voltage controlled oscillator, VCO in response to a reference clock signal (ref_clk) and a feedback clock signal (fbk) from a loop divider; and a digital portion (17, 18, 19, 20, 21) adapted to selectively over-sample the voltage controlled oscillator frequency and to control the reference clock signal (ref_clk) and the feedback clock signal (fbk) generated by the loop divider, characterised in that the digital portion is further adapted to wait a number of feedback cycles before controlling either of the reference clock signal and the feedback clock signal, wherein said controlling is performed by a finite state machine only when the voltage controlled oscillator frequency (Fout) fails to stabilize during said number of feedback cycles. an analog portion (11, 12,13, 14, 15, 16) adapted to generate a control voltage (cntp) for a voltage controlled oscillator, VCO in response to a reference clock signal (ref_clk) and a feedback clock signal (fbk) from a loop divider; and a digital portion (17, 18, 19, 20, 21) adapted to selectively over-sample the voltage controlled oscillator frequency and to control the reference clock signal (ref_clk) and the feedback clock signal (fbk) generated by the loop divider, characterised in that the digital portion is further adapted to wait a number of feedback cycles before controlling either of the reference clock signal and the feedback clock signal, wherein said controlling is performed by a finite state machine only when the voltage controlled oscillator frequency (Fout) fails to stabilize during said number of feedback cycles.
A photoactive component on a substrate comprising a first and a second electrode (2, 3) wherein the first electrode is arranged on the substrate and the second electrode forms a counterelectrode, wherein at least one photoactive layer system is arranged between said electrodes (2, 3), characterized in that the photoactive component furthermore comprises at least one first layer or layer sequence and furthermore comprises at least one second layer or layer sequence configured such that the first layer or layer sequence acts as a spectrally selective color filter in at least one range from 450 nm to 800 nm and the second layer or layer sequence acts as a spectrally selective IR filter in at least one range from 850 nm to 2500 nm in the photoactive component.