mhurhangee/patent-ind-claim-en huggingface dataset:
Motorized joint for connecting two carriers , movable relative to one another, of a programmable automatic moving device which has a drive motor and a locking device , which can be changed over to a locked state in which the locking device locks the joint or alternatively to a released state in which the locking device does not lock the joint, and has an power line which transports externally supplied power for operating and/or controlling the locking device and/or the drive motor , wherein the motorized joint contains at least one energy store which is connected or can be connected to the locking device , and wherein a. at least a portion of the energy stored in the energy store can be applied to the locking device for initiating at least one changeover process from the locked state to the released state or from the released state to the locked state, or wherein b. at least one portion of the energy stored in the energy store can be applied to the locking device in order to hold the locking device in the locked state or in the released state, and wherein the locking device is designed and arranged to directly lock an, in particular rotatably mounted, component of the motorized joint , characterized in that the locking device , in the locked state, permits a movement of the locked component when a torque occurs on the component with a value above a prespecified or prespecifiable value for preventing damage to the component and the further components of the motorized joint which are situated in the power train. a. at least a portion of the energy stored in the energy store can be applied to the locking device for initiating at least one changeover process from the locked state to the released state or from the released state to the locked state, or wherein b. at least one portion of the energy stored in the energy store can be applied to the locking device in order to hold the locking device in the locked state or in the released state,
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 .
Sealing system for a door leaf or window sash having a lower end face and having a first door or window side and, opposite this first door or window side, a second door or window side and intended for sealing a gap between the door leaf or window sash and a surface opposite the lower end face of the door leaf or window sash , wherein the sealing system has a first sealing unit and a second sealing unit which are arranged one behind the other in the flow direction through the gap from the first door or window side to the second door or window side, wherein the first sealing unit is designed for sealing against water , and the second sealing unit is designed for sealing against air , wherein, with the door leaf or window sash closed, the first sealing unit seals downwardly with respect to the surface and, on both end faces, outwardly with respect to a door or window frame, and wherein the first sealing unit and/or the second sealing unit are/is designed as a lowerable sealing unit with a sealing profile which is able to be lowered automatically onto the surface when closing the door leaf or window sash .
A photonic system (S) comprising a laser source capable of emitting at least one multispectral light radiation (RLM) having a plurality of spectral lines, the photonic system comprising: - a bank of lasers (B) comprising a plurality of lasers (La, Lb, Lc), a spectral line (FLa, FLb, FLc) of the multispectral light radiation (RLM) corresponding to an emission frequency of a laser (La, Lb, Lc) of the bank (B); - a modulator (M) associated with the laser bank (B), the modulator (M) being configured to generate a modulation signal (Vd; Vda, Vdb, Vdc) and to modulate the emission frequency of at least one laser (La, Lb, Lc) of the bank (B); - a photonic component (MRA1, MRA2) arranged downstream of the laser bank (B) and comprising a plurality of tunable optical filters (MR) each having a plurality of resonant frequencies; - a photodetector (PD1, PD2) arranged downstream of the photonic component (MRA1, MRA2) to establish a signal (V1, V2) representative of a multispectral radiation produced by the photonic component (RLM1, RLM2); - a locking device (R) configured to process the signal representative of the multispectral radiation (V1, V2) and to adjust the resonant frequencies of the tunable optical filters (MR) of the photonic component (MRA1, MRA2) to the emission frequencies of the lasers (La, Lb, Lc) of the bank (B). - a bank of lasers (B) comprising a plurality of lasers (La, Lb, Lc), a spectral line (FLa, FLb, FLc) of the multispectral light radiation (RLM) corresponding to an emission frequency of a laser (La, Lb, Lc) of the bank (B); - a modulator (M) associated with the laser bank (B), the modulator (M) being configured to generate a modulation signal (Vd; Vda, Vdb, Vdc) and to modulate the emission frequency of at least one laser (La, Lb, Lc) of the bank (B); - a photonic component (MRA1, MRA2) arranged downstream of the laser bank (B) and comprising a plurality of tunable optical filters (MR) each having a plurality of resonant frequencies; - a photodetector (PD1, PD2) arranged downstream of the photonic component (MRA1, MRA2) to establish a signal (V1, V2) representative of a multispectral radiation produced by the photonic component (RLM1, RLM2); - a locking device (R) configured to process the signal representative of the multispectral radiation (V1, V2) and to adjust the resonant frequencies of the tunable optical filters (MR) of the photonic component (MRA1, MRA2) to the emission frequencies of the lasers (La, Lb, Lc) of the bank (B).
Light-generating assembly of a motor vehicle lamp , comprising a light source , in particular a semiconductor light source, arranged on and/or in a carrier , and comprising a transmission-optical primary optical element which is spaced apart from the light source and suitable for collecting the light emitted by the light source , the light-generating assembly having a cooling fluid supply which is designed to flow cooling fluid to the primary optical element and/or along the primary optical element via a first fluid connection of the light-generating assembly , a cooling element for cooling the light source being arranged on the light source and/or on the carrier , the cooling fluid supply being designed to flow cooling fluid to the cooling element and/or along the cooling element via a second fluid connection of the light-generating assembly , characterized in that the primary optical element is arranged on and/or in a primary optical element carrier , and in that between the carrier and/or the light source on one hand and the primary optical element carrier and/or the primary optical element on the other hand, at least one spacing element is arranged which is formed as part of a connecting pin , the connecting pin being formed on the primary optic element carrier and being received in a pin receiving hole on the carrier .
An adhesive composition comprising at least one first copolymer, which first copolymer comprises or is constituted of: - ethylene comonomers, and - unsaturated carboxylic acid ester type comonomers, and optionally - functional comonomers comprising at least one reactive function selected from the group consisting of an acid function, an anhydride function or an epoxide function, said composition comprising between 5% and 25 % by weight of said unsaturated carboxylic acid ester type comonomers relative to the weight of said composition and, when the functional comonomers are present, less than 2% by weight of the functional comonomers relative to the weight of said composition, and wherein the first copolymer is obtained by continuous high-pressure copolymerization in a tubular reactor. - ethylene comonomers, and - unsaturated carboxylic acid ester type comonomers, and optionally - functional comonomers comprising at least one reactive function selected from the group consisting of an acid function, an anhydride function or an epoxide function, said composition comprising between 5% and 25 % by weight of said unsaturated carboxylic acid ester type comonomers relative to the weight of said composition and, when the functional comonomers are present, less than 2% by weight of the functional comonomers relative to the weight of said composition, and wherein the first copolymer is obtained by continuous high-pressure copolymerization in a tubular reactor. said composition comprising between 5% and 25 % by weight of said unsaturated carboxylic acid ester type comonomers relative to the weight of said composition and, when the functional comonomers are present, less than 2% by weight of the functional comonomers relative to the weight of said composition, and wherein the first copolymer is obtained by continuous high-pressure copolymerization in a tubular reactor.
A delivery system for delivering a modular valve prosthesis , the delivery system comprising: a modular valve prosthesis in a capsule ; an outer sheath surrounding an inner shaft , the outer sheath including the capsule at a distal portion thereof, wherein the capsule is configured to maintain the modular valve prosthesis in a radially compressed delivery configuration for delivery to a treatment site, and wherein the capsule is configured to be retracted to release the modular valve prosthesis at the treatment site, wherein the capsule includes a first section and a second section , wherein the first section and the second section are aligned with a corresponding first and second modules of the modular valve prosthesis when in the radially compressed delivery configuration, wherein the capsule includes a first band between the first section and the second section , wherein the first band is configured to be aligned with a first gap between the first module and the second module in the radially compressed delivery configuration, and wherein the first band is more flexible than each of the first section and the second section . a modular valve prosthesis in a capsule ; an outer sheath surrounding an inner shaft , the outer sheath including the capsule at a distal portion thereof, wherein the capsule is configured to maintain the modular valve prosthesis in a radially compressed delivery configuration for delivery to a treatment site, and wherein the capsule is configured to be retracted to release the modular valve prosthesis at the treatment site, wherein the capsule includes a first section and a second section , wherein the first section and the second section are aligned with a corresponding first and second modules of the modular valve prosthesis when in the radially compressed delivery configuration, wherein the capsule includes a first band between the first section and the second section , wherein the first band is configured to be aligned with a first gap between the first module and the second module in the radially compressed delivery configuration, and wherein the first band is more flexible than each of the first section and the second section .
Device for reading out data from a safety-critical control device , characterised in that the device has an auxiliary control unit , which can be connected to one safety-critical control device each and is designed such that it can read out the operating and process data required for diagnostic and maintenance purposes from the safety-critical control device , wherein the auxiliary control unit has a first communication interface , which forms a data link between the safety-critical control device and the auxiliary control unit , and the auxiliary control unit has a second communication interface , with which the operating and process data can be transmitted between the auxiliary control unit and peripheral devices , and wherein the auxiliary control unit has a software module which is designed such that it can prevent the transmission of commands and write requests to the safety-critical control device via the first communication interface . the device has an auxiliary control unit , which can be connected to one safety-critical control device each and is designed such that it can read out the operating and process data required for diagnostic and maintenance purposes from the safety-critical control device , wherein the auxiliary control unit has a first communication interface , which forms a data link between the safety-critical control device and the auxiliary control unit , and the auxiliary control unit has a second communication interface , with which the operating and process data can be transmitted between the auxiliary control unit and peripheral devices , and wherein the auxiliary control unit has a software module which is designed such that it can prevent the transmission of commands and write requests to the safety-critical control device via the first communication interface .
A thermal transfer image-receiving sheet in which a primer layer and a receiving layer for use with and receiving of sublimable dyes are provided in this order on one surface of a support , wherein the primer layer contains a binder resin and a metal pigment, characterized by satisfying all of the following conditions: when a value obtained by dividing the total mass of the metal pigment contained in the primer layer by the total mass of the binder resin contained in the primer layer is denoted as A and the thickness of the primer layer given in the unit μm is denoted as B, A is 0.5 or more and 3.5 or less, and a value obtained by dividing A by B is 0.15 /μm or more and 6 /um or less, and when measured and calculated in compliance with JIS-Z-8781-4 by a gonio-colorimeter ΔL* between L* at a light-receiving angle obtained by tilting specular reflection light, generated when light is made incident on the surface on the receiving layer side at an incident angle of 45°, toward the incident light side by 15° and L* at a light-receiving angle obtained by tilting the specular reflection light toward the incident light side by 110° is 110 or more and 135 or less. when a value obtained by dividing the total mass of the metal pigment contained in the primer layer by the total mass of the binder resin contained in the primer layer is denoted as A and the thickness of the primer layer given in the unit μm is denoted as B, A is 0.5 or more and 3.5 or less, and a value obtained by dividing A by B is 0.15 /μm or more and 6 /um or less, and when measured and calculated in compliance with JIS-Z-8781-4 by a gonio-colorimeter ΔL* between L* at a light-receiving angle obtained by tilting specular reflection light, generated when light is made incident on the surface on the receiving layer side at an incident angle of 45°, toward the incident light side by 15° and L* at a light-receiving angle obtained by tilting the specular reflection light toward the incident light side by 110° is 110 or more and 135 or less.
An adjustment method for a driving waveform, applicable to an electronic device, the electronic device comprising a linear motor, the method comprising: in response to an interruption event, obtaining (S402) a dynamic vibration description file corresponding to the interruption event, the dynamic description file being used for describing a vibration parameter for controlling the vibration of the linear motor during the interruption event; and adjusting (S403) a driving waveform by using the vibration parameter comprising: comparing (S4031) values of a vibration parameter described in a static description file and the vibration parameter described in the dynamic description file to obtain a difference, wherein the static description file is a vibration description file being used for describing a vibration parameter for controlling the vibration of the linear motor when the interruption event does not occur; and generating (S4032) an adjustment coefficient according to the difference; and adjusting (S4033), by using the adjustment coefficient, a driving waveform converted from the static description file. in response to an interruption event, obtaining (S402) a dynamic vibration description file corresponding to the interruption event, the dynamic description file being used for describing a vibration parameter for controlling the vibration of the linear motor during the interruption event; and adjusting (S403) a driving waveform by using the vibration parameter comprising: comparing (S4031) values of a vibration parameter described in a static description file and the vibration parameter described in the dynamic description file to obtain a difference, wherein the static description file is a vibration description file being used for describing a vibration parameter for controlling the vibration of the linear motor when the interruption event does not occur; and generating (S4032) an adjustment coefficient according to the difference; and adjusting (S4033), by using the adjustment coefficient, a driving waveform converted from the static description file. comparing (S4031) values of a vibration parameter described in a static description file and the vibration parameter described in the dynamic description file to obtain a difference, wherein the static description file is a vibration description file being used for describing a vibration parameter for controlling the vibration of the linear motor when the interruption event does not occur; and generating (S4032) an adjustment coefficient according to the difference; and adjusting (S4033), by using the adjustment coefficient, a driving waveform converted from the static description file.
An edge processing device for a molded powder compact, the device comprising: - conveying means that are adapted to convey a molded powder compact along a predetermined conveying path; - a first rotating tool disposed on one side in an intersecting direction intersecting with a conveying direction (CD); and - a second rotating tool disposed on the other side in the intersecting direction, and rotating in a direction identical to the direction the first rotating tool rotates, - wherein the first rotating tool is configured so as to be able to be brought into contact from an upstream side with a first corner portion between one side surface of a processing target portion of the molded powder compact and a rear surface of the processing target portion, - wherein the second rotating tool is configured so as to be able to be brought into contact from a downstream side with a second corner portion between the other side surface of the processing target portion and a front surface of the processing target portion, characterized in that the second rotating tool faces the first rotating tool with the conveying path therebetween, and is positionally displaced to the downstream side with respect to the first rotating tool . - conveying means that are adapted to convey a molded powder compact along a predetermined conveying path; - a first rotating tool disposed on one side in an intersecting direction intersecting with a conveying direction (CD); and - a second rotating tool disposed on the other side in the intersecting direction, and rotating in a direction identical to the direction the first rotating tool rotates, - wherein the first rotating tool is configured so as to be able to be brought into contact from an upstream side with a first corner portion between one side surface of a processing target portion of the molded powder compact and a rear surface of the processing target portion, - wherein the second rotating tool is configured so as to be able to be brought into contact from a downstream side with a second corner portion between the other side surface of the processing target portion and a front surface of the processing target portion, characterized in that the second rotating tool faces the first rotating tool with the conveying path therebetween, and is positionally displaced to the downstream side with respect to the first rotating tool .
Apparatus, designed for invalidating containers for at least one reverse vending machine, the apparatus comprising a conveying body, which can be driven about an axis of rotation and is intended for deforming and/or transporting containers fed by the conveying body in a feeding direction, comprising a cutting unit, which is assigned to the conveying body and is intended for cutting up the containers, and comprising a deforming space, which is defined by the conveying body and the cutting unit and in which the containers are at least partly provided during the cutting up, the conveying body being designed as a screw conveying body , comprising a screw shaft and comprising a screw thread extending helically around the screw shaft , the screw conveying body being arranged in a screw trough , which surrounds the screw conveying body at least partly over its lateral surface and has at least one aperture for feeding the containers to the deforming space , characterized in that the cutting unit has a co-rotating blade , which is provided on the screw conveying body and has a cutting edge , which extends at least partly between two neighbouring thread turns of the screw thread , and the cutting unit has a fixed blade with a cutting edge , the cutting edges extending in the direction of the axis of rotation of the screw conveying body , the fixed blade being assigned to the rotating blade in such a way that, with each revolution of the screw conveying body , the rotating blade is taken once past the fixed blade for cutting through the container .