mhurhangee/ep-ind-claims huggingface dataset:
Machine for machining workpieces, having at least three stations and having a movably mounted table, wherein at least one clamping device for clamping a workpiece, and the clamped workpiece can be transferred into the working regions of the stations by a movement of the table, wherein a first station is configured as a processing station for processing a surface of the workpiece with a tool held by a tool holder, wherein the tool holder is connected to a feed unit and the feed unit is mounted such that the feed unit can be aligned with respect to the workpiece by an alignment unit, characterized in that according to the invention, a second station comprises a cleaning device for removing coolant and/or lubricant residues from the machined surface, and a third station comprises a measuring device that optically determines at least one surface property of the finished and cleaned surface of the workpiece, wherein the measuring device is connected to an evaluation unit, which is embodied to evaluate the optically determined surface property and to determine on the basis of the evaluation, the extent that orientation of the tool holder has to be readjusted by the alignment unit to comply with tolerance specifications.
A laser processing apparatus for forming a modified region to become a cutting start point within a planar object to be processed along a line to cut the object by irradiating the object with first laser light while locating a converging point within the object with a converging lens along with moving the converging lens along the line to cut relative to the object while causing the converging lens to converge the first laser light within the object; the apparatus comprising: the converging lens, a driving means, astigmatism adding means, a photodetector device, and control means, wherein the converging lens is configured to converge second laser light to be reflected by a laser-light-irradiated surface irradiated with the first laser light in the object toward the object such that a converging point of the second laser light is positioned between a focal point of the converging lens and the converging lens; the astigmatism adding means is configured to add astigmatism to reflected light of the second laser light reflected by the laser-light-irradiated surface; the photodetector device is configured to receive the astigmatism-added reflected light of the second laser light reflected by the laser-light-irradiated surface in a split fashion and outputting respective output values corresponding to light quantities of reflected light components of the second laser light received in the split fashion; and the driving means is configured to actuate the converging lens along an optical axis direction thereof such that the converging point of the first laser light is positioned at a predetermined distance from the laser-light-irradiated surface according to an arithmetic value acquired by subjecting the outputted values to a division by a sum of the output values and a predetermined arithmetic operation, wherein the output values are outputted from the photodetector device.
A light source system, comprising: an array light source comprising a plurality of light emitting bodies, wherein a number of light emitting bodies is denoted by M and each of the M light emitting bodies having independently adjustable brightness; a preset illumination region comprising a plurality of sub-regions, wherein a number of sub-regions is denoted by N; an optical switch (120, 220) disposed on an optical path of light outputted from the array light source, and configured to guide illumination light emitted from the M light emitting bodies to the N sub-regions of the preset illumination region; characterized in that the light source system further comprises: a control device, configured to control the optical switch (120,220) to adjust, at a preset frame rate, a direction of the illumination light emitted from each of at least part of the M light emitting bodies, and to guide, during a current image frame, the illumination light emitted from each of the at least part of the M light emitting bodies to a sub-region different from that for one or more image frames previous to the current image frame. an array light source comprising a plurality of light emitting bodies, wherein a number of light emitting bodies is denoted by M and each of the M light emitting bodies having independently adjustable brightness; a preset illumination region comprising a plurality of sub-regions, wherein a number of sub-regions is denoted by N; an optical switch (120, 220) disposed on an optical path of light outputted from the array light source, and configured to guide illumination light emitted from the M light emitting bodies to the N sub-regions of the preset illumination region; characterized in that the light source system further comprises: a control device, configured to control the optical switch (120,220) to adjust, at a preset frame rate, a direction of the illumination light emitted from each of at least part of the M light emitting bodies, and to guide, during a current image frame, the illumination light emitted from each of the at least part of the M light emitting bodies to a sub-region different from that for one or more image frames previous to the current image frame.
A sliding-type apparatus for thermo-therapeutic treatment, comprising: a body in which a thermo-therapeutic treatment device is disposed; a lower bed member which is slidable on the body and is configured to be unfolded from the body or overlapped on the body so that a length of the apparatus is changed; a cover which is formed at the lower bed member to cover the thermo-therapeutic treatment device when the lower bed member is overlapped on the body; and a guide groove for sliding, which is formed in the body, characterized in, that the thermo-therapeutic treatment device is configured to perform thermo-therapeutic massage of user's spine region and the lower bed member can warm user's lower body when a user unfolds the lower bed member and lies on the body and the lower bed member. a body in which a thermo-therapeutic treatment device is disposed; a lower bed member which is slidable on the body and is configured to be unfolded from the body or overlapped on the body so that a length of the apparatus is changed; a cover which is formed at the lower bed member to cover the thermo-therapeutic treatment device when the lower bed member is overlapped on the body; and a guide groove for sliding, which is formed in the body, characterized in, that the thermo-therapeutic treatment device is configured to perform thermo-therapeutic massage of user's spine region and the lower bed member can warm user's lower body when a user unfolds the lower bed member and lies on the body and the lower bed member.
A window or door system for a building having a frame and a casement pivotably mounted thereon, wherein the casement can be fixed to the frame by means of at least two locking systems, wherein each locking system consists of a locking element and a closing element, wherein the locking element comprises a fixed pin, which, upon a closing movement of the casement, is transferred from a release position into a blocked position of the same by the closing element, wherein the closing element has at least one blocking device and one releasing device, wherein each locking system is connected with each other locking system via a force transmission element, which actuates the releasing device, characterized in that the locking element is a passive fixed pin arranged with a pin mount in a groove of the insulating web of a stepped glass pane (21, 22).
A valve, comprising: a support structure, and at least one leaflet being supported on the support structure and movable between open and closed positions, each leaflet including a composite material comprising at least one porous polyethylene membrane and an elastomeric material, the at least one porous polyethylene membrane comprising fibers that define space therebetween, the space between the fibers defining pores, the elastomeric material being disposed in substantially all of the pores, wherein a diameter of a majority of the fibers is less than 1 μm and/or the pore size is less than 5 μm. a support structure, and at least one leaflet being supported on the support structure and movable between open and closed positions, each leaflet including a composite material comprising at least one porous polyethylene membrane and an elastomeric material, the at least one porous polyethylene membrane comprising fibers that define space therebetween, the space between the fibers defining pores, the elastomeric material being disposed in substantially all of the pores, wherein a diameter of a majority of the fibers is less than 1 μm and/or the pore size is less than 5 μm.
A trolley comprising: a base having a plurality of wheels attached thereto; a frame in use located above said base; at least one connector (28, 30, 32, 34) in use joining said frame to said base; and at least one flexible member attached to and connecting a plurality of components from said base, said frame and at least one of said at least one connector characterised in that connecting said flexible member to said components creates tension between said connected components such that the tension so created facilitates a structural integrity of the trolley as well as preventing the components from rattling. a base having a plurality of wheels attached thereto; a frame in use located above said base; at least one connector (28, 30, 32, 34) in use joining said frame to said base; and at least one flexible member attached to and connecting a plurality of components from said base, said frame and at least one of said at least one connector characterised in that connecting said flexible member to said components creates tension between said connected components such that the tension so created facilitates a structural integrity of the trolley as well as preventing the components from rattling.
A pneumatic pump including: a supporting frame; a pressure vessel supported by said frame, and having a lower transfer port and an upper ventilation port; a transfer assembly communicating with said transfer port and including an inlet for pumpable material, and a delivery outlet one or both of said inlet and said outlet having a non-return valve; a constant-flow, compressed air-operated venturi assembly having a suction side communicating with said ventilation port and an exhaust vent including closure means; and control means being adapted to selectively operate said closure means, the pneumatic pump being configured such that selective operation of said closure means cycles said ventilation port between a suction phase and a pressurized phase, characterized in that said pressure vessel is in the form of a spherically-derived shape flattened in the vertical plane, the pneumatic pump being configured such that venturi exhaust air during said suction phase is selectively vented to atmosphere or injected into a delivery line portion downstream of said outlet. a supporting frame; a pressure vessel supported by said frame, and having a lower transfer port and an upper ventilation port; a transfer assembly communicating with said transfer port and including an inlet for pumpable material, and a delivery outlet one or both of said inlet and said outlet having a non-return valve; a constant-flow, compressed air-operated venturi assembly having a suction side communicating with said ventilation port and an exhaust vent including closure means; and control means being adapted to selectively operate said closure means, the pneumatic pump being configured such that selective operation of said closure means cycles said ventilation port between a suction phase and a pressurized phase, characterized in that said pressure vessel is in the form of a spherically-derived shape flattened in the vertical plane, the pneumatic pump being configured such that venturi exhaust air during said suction phase is selectively vented to atmosphere or injected into a delivery line portion downstream of said outlet.
Method for the amplification of nucleic acids, wherein nanoparticles in a sample in a reaction volume transfer heat to their environment through excitation, wherein the nanoparticles are excited through electromagnetic waves, characterised in that the method comprises a movement of the sample relative to an exciting field, wherein the movement takes place such that at different times, nanoparticles in different partial volumes of the sample are excited.
A mosquito bed net assembly comprising a mosquito bed net and a barrier member disposed above an upper surface of the bed net, wherein the bed net comprises a first insecticide and the barrier member comprises a second insecticide, and wherein at least a portion of the barrier member is attached to the upper surface of the bed net.
A thermal sensitive media, comprising: a media layer; a lamination layer internal to the media layer; and a thermally sensitive record layer formed upon at least a portion of one surface of the media layer; wherein the lamination layer comprises a matrix of micro heating elements; and wherein the thermally sensitive record layer forms a visually discernable coloured image in response to heat; and wherein the colored image is subject to degradation as a result of exposure to ultraviolet radiation within a photodegradative wavelength range of 340-390 nm. a media layer; a lamination layer internal to the media layer; and a thermally sensitive record layer formed upon at least a portion of one surface of the media layer; wherein the lamination layer comprises a matrix of micro heating elements; and wherein the thermally sensitive record layer forms a visually discernable coloured image in response to heat; and wherein the colored image is subject to degradation as a result of exposure to ultraviolet radiation within a photodegradative wavelength range of 340-390 nm.
A method of transmitting an uplink transport block in a wireless communication system, the method comprising: receiving, by a terminal, allocation information on a first grant-free uplink resource which is scheduled semi-statically from a base station; the method being characterized by repeatedly transmitting, by the terminal, a first transport block through the first grant-free uplink resource based on a first reference signal, a same first reference signal being related to repeated transmissions of the first transport block; and repeatedly transmitting, by the terminal, a second transport block through a grant-free uplink resource based on a second reference signal before the transmission of the first transport block is complete, a same second reference signal being related to repeated transmissions of the second transport block, wherein the second transport block is distinct from the first transport block based on a change of the first reference signal to the second reference signal. receiving, by a terminal, allocation information on a first grant-free uplink resource which is scheduled semi-statically from a base station; the method being characterized by repeatedly transmitting, by the terminal, a first transport block through the first grant-free uplink resource based on a first reference signal, a same first reference signal being related to repeated transmissions of the first transport block; and repeatedly transmitting, by the terminal, a second transport block through a grant-free uplink resource based on a second reference signal before the transmission of the first transport block is complete, a same second reference signal being related to repeated transmissions of the second transport block, wherein the second transport block is distinct from the first transport block based on a change of the first reference signal to the second reference signal.
An interior lining component for a motor vehicle, which comprises: a carrier component, which determines the contour of the interior lining component, a cover layer, which is applied to a front side of the carrier component, and a light-emitting layer, the contour of which is adapted to the contour of the carrier component and which is applied to the back side of the carrier component and is detachably connected thereto, wherein the carrier component and the cover layer are transparent, characterized in that the light-emitting layer has a woven fabric containing optical fibers, and the fibers have connector ends for connection to a light source, and that the light-emitting layer is applied to a carrier layer, which has connector pins, and the connector ends of the light-emitting layer are connected to the connector pins. a carrier component, which determines the contour of the interior lining component, a cover layer, which is applied to a front side of the carrier component, and a light-emitting layer, the contour of which is adapted to the contour of the carrier component and which is applied to the back side of the carrier component and is detachably connected thereto, wherein the carrier component and the cover layer are transparent, characterized in that the light-emitting layer has a woven fabric containing optical fibers, and the fibers have connector ends for connection to a light source, and that the light-emitting layer is applied to a carrier layer, which has connector pins, and the connector ends of the light-emitting layer are connected to the connector pins.
An obstacle detection unit comprising an emitter including an emitter base coupled to one of a first frame and a second frame above the first frame, and a light source configured to emit a light beam, a receiver coupled to one of the first frame and the second frame and arranged to receive the light beam from the emitter, and a beam filter wherein the beam filter is configured to narrow the light beam within a predetermined distance to prevent the light beam from being reflected off the first frame and the second frame and reaching the receiver when the second frame is spaced apart from the first frame by at least the predetermined distance, wherein the beam filter includes an arm that extends away from the at least one of the emitter and the receiver and a plurality of blinds (54, 56, 58, 59) coupled to a distal end of the arm, and wherein the plurality of blinds includes an upper blind arranged generally perpendicular to an upper surface of the arm and the upper blind is spaced apart from the upper surface of the arm. wherein the beam filter includes an arm that extends away from the at least one of the emitter and the receiver and a plurality of blinds (54, 56, 58, 59) coupled to a distal end of the arm, and wherein the plurality of blinds includes an upper blind arranged generally perpendicular to an upper surface of the arm and the upper blind is spaced apart from the upper surface of the arm.
Autonomous system (40; 340, 440, 540, 640) for opening and closing leaves (20, 30), adapted to equip a double-leaf opening installation (10; 310; 410; 510; 610), the system comprising a telescopic bar (70; 170; 270; 370; 470; 570; 670) including at least one first part (80; 180; 280; 380; 480; 580; 680) and a second part (90; 190; 290; 390; 490; 590; 690), configured to extend or retract along a telescopic displacement trajectory (A70; A170; A270; A370; A470; A570; A670) between a first leaf and a second leaf, characterised in that the system likewise comprises; - a first actuator comprising a motor for rotating a first shaft and means for fixing to the first leaf, and - a second actuator comprising a motor for rotating a second shaft and means for fixing to the second leaf, and in that: - the first part (80; 180; 280; 380; 480; 580; 680) of the telescopic bar (70; 170; 270; 370; 470; 570; 670) is integral with the first shaft driven by the motor of the first actuator, - the second part (90; 190; 290; 390; 490; 590; 690) of the telescopic bar (70; 170; 270; 370; 470; 570; 670) is integral with the second shaft driven by the motor of the second actuator, and - the first actuator and the second actuator exert torques on the shafts which transmit these torques to the telescopic bar in order to induce unfolding or folding thereof, causing opening or closing of the leaves. - a first actuator comprising a motor for rotating a first shaft and means for fixing to the first leaf, and - a second actuator comprising a motor for rotating a second shaft and means for fixing to the second leaf, - the first part (80; 180; 280; 380; 480; 580; 680) of the telescopic bar (70; 170; 270; 370; 470; 570; 670) is integral with the first shaft driven by the motor of the first actuator, - the second part (90; 190; 290; 390; 490; 590; 690) of the telescopic bar (70; 170; 270; 370; 470; 570; 670) is integral with the second shaft driven by the motor of the second actuator, and - the first actuator and the second actuator exert torques on the shafts which transmit these torques to the telescopic bar in order to induce unfolding or folding thereof, causing opening or closing of the leaves.
A high reflectance temperature resistant aluminium based mirror reflector comprising an aluminium support material having a rolled mirror surface which is electro-brightened, covered with a transparent barrier layer of aluminium oxide, prepared by anodization, resulting in a reflective base layer, wherein the mirror reflector further comprises a) a reflectance enhancing optical layer stack formed by a low refractive index layer, having an index of between 1.3 and 1.8, being provided directly on the aluminium oxide barrier layer of the reflective base layer and surmounted by a high refractive index layer, having an index of between 1.8 and 3.0, b) a coating of a protective and transparent layer with high thermal emittance on the optical layer stack according to (a), selected from silicon oxide and titanium oxide, and c) a coating at the reverse side of the reflector, consisting of aluminium oxide or silicon oxide of thickness greater than 2.0 microns and the coating having a thermal emittance greater than 0.4 at 250°C. a) a reflectance enhancing optical layer stack formed by a low refractive index layer, having an index of between 1.3 and 1.8, being provided directly on the aluminium oxide barrier layer of the reflective base layer and surmounted by a high refractive index layer, having an index of between 1.8 and 3.0, b) a coating of a protective and transparent layer with high thermal emittance on the optical layer stack according to (a), selected from silicon oxide and titanium oxide, and c) a coating at the reverse side of the reflector, consisting of aluminium oxide or silicon oxide of thickness greater than 2.0 microns and the coating having a thermal emittance greater than 0.4 at 250°C.