mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge device for a measuring system for measuring viscoelastic characteristics of a sample liquid , in particular a blood sample, comprising: a cartridge body having at least one measurement cavity formed therein and having at least one probe element arranged in said at least one measurement cavity for performing a test on said sample liquid ; and a cover being attached on said cartridge body , wherein said cover covers at least partially said at least one measurement cavity and wherein said cover forms a retaining element for retaining said probe element in a predetermined position within said at least one measurement cavity; wherein said probe element comprises sealing means for sealing the measurement cavity against the cover . a cartridge body having at least one measurement cavity formed therein and having at least one probe element arranged in said at least one measurement cavity for performing a test on said sample liquid ; and a cover being attached on said cartridge body , wherein said cover covers at least partially said at least one measurement cavity and wherein said cover forms a retaining element for retaining said probe element in a predetermined position within said at least one measurement cavity; wherein said probe element comprises sealing means for sealing the measurement cavity against the cover .
Elastic element for a vehicle, in particular for a rail vehicle, in particular for a wheelset guide apparatus of a running gear, with a housing and with a guide body that is arranged in the housing and is connected to the housing , wherein a first hollow body and a second hollow body are connected to the guide body such that they can be displaced relative to the guide body , characterised in that the guide body has a web with at least one through-hole , wherein a chamber that can be filled with fluid is formed from a first internal space of the first hollow body , a second internal space of the second hollow body , the at least one through-hole and the guide body itself.
A wireless power transmission device that radiates electromagnetic waves, the wireless power transmission device comprising: a first circuit board ; a first conductive member mounted on a first face of the first circuit board ; and a first ground member mounted on a second face that faces away from the first face; the wireless power transmission device being characterized in that the wireless power transmission device further comprises: a second circuit board , wherein a second conductive member is mounted on a first face of the second circuit board and a second ground member is mounted on a second face that faces away from the first face, and the first face of the second circuit board is disposed to face the second face of the first circuit board . a first circuit board ; a first conductive member mounted on a first face of the first circuit board ; and a first ground member mounted on a second face that faces away from the first face; the wireless power transmission device being characterized in that the wireless power transmission device further comprises: a second circuit board , wherein a second conductive member is mounted on a first face of the second circuit board and a second ground member is mounted on a second face that faces away from the first face, and the first face of the second circuit board is disposed to face the second face of the first circuit board . a second circuit board , wherein a second conductive member is mounted on a first face of the second circuit board and a second ground member is mounted on a second face that faces away from the first face, and the first face of the second circuit board is disposed to face the second face of the first circuit board .
A snack food pellet comprising a plurality of starch granules forming a layer, the granules comprising ungelatinized starch, the granules being pressed together into mutual contact to form an agglomerate of the starch granules; wherein the agglomerate of the starch granules comprises from 60 to 99 wt% ungelatinized starch and from 1 to 40 wt% gelatinized starch, each based upon the weight of the total starch in the pellet; wherein the pellet comprises from 90 to 99 wt% starch granules and from 1 to 10 wt% continuous starch-based matrix between the granules, each based upon the weight of the total starch in the pellet; wherein the layer is an elongate layer which has two opposite surfaces and a thickness therebetween and the two opposite surfaces each have from 600 to 1800 starch granules per mm 2 of the respective surface; and wherein the pellet has a moisture content of from 9 to 12.5 wt%.
An indoor unit for an air-conditioning apparatus, comprising: a sensor box accommodating a sensor configured to detect light; a gear configured to rotate the sensor box ; a gearbox configured to hold the sensor box so as to be rotatable, and accommodating the gear ; a shaft inserted through the gear and the gearbox ; a first motor configured to rotate the shaft to rotate the gear to cause the gear to rotate the sensor box ; and a second motor configured to cause the gearbox to move along a first axis the sensor box and the gear being configured to move along the first axis together with the gearbox . a sensor box accommodating a sensor configured to detect light; a gear configured to rotate the sensor box ; a gearbox configured to hold the sensor box so as to be rotatable, and accommodating the gear ; a shaft inserted through the gear and the gearbox ; a first motor configured to rotate the shaft to rotate the gear to cause the gear to rotate the sensor box ; and a second motor configured to cause the gearbox to move along a first axis the sensor box and the gear being configured to move along the first axis together with the gearbox .
A semiconductor device comprising: a semiconductor substrate having a trench therein; a superlattice liner at least partially covering bottom and sidewall portions of the trench , the superlattice liner comprising a plurality of stacked groups of layers (45a-45n), each group of layers comprising a plurality of stacked base semiconductor monolayers defining a base semiconductor portion (46a-46n), and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions; a semiconductor cap layer on the superlattice liner and comprising a contact dopant constrained therein by the superlattice liner ; and a conductive body within the trench and defining a contact region with the semiconductor cap layer ; wherein the superlattice liner constrains the contact dopant within the contact region. a semiconductor substrate having a trench therein; a superlattice liner at least partially covering bottom and sidewall portions of the trench , the superlattice liner comprising a plurality of stacked groups of layers (45a-45n), each group of layers comprising a plurality of stacked base semiconductor monolayers defining a base semiconductor portion (46a-46n), and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions; a semiconductor cap layer on the superlattice liner and comprising a contact dopant constrained therein by the superlattice liner ; and a conductive body within the trench and defining a contact region with the semiconductor cap layer ; wherein the superlattice liner constrains the contact dopant within the contact region.
A communication method, comprising: receiving, by a base station , from a Mobility Management Entity, MME , notification of a paging message addressed to a radio terminal , the notification further indicating that whether an extended DRX is configured in the radio terminal, the extended DRX using a second DRX cycle longer than a first DRX cycle, the first DRX cycle being a cycle for monitoring the downlink control channel in the idle mode, by the radio terminal ; transmitting, by the base station , via a downlink control channel for the radio terminal to receive, in the idle mode, the paging message; retransmitting, by the base station , the paging message when the notification received from the MME indicates that the extended DRX is configured in the radio terminal, the method being further characterised by deciding, by the radio terminal , a time period related to a measurement of a radio condition performed for determining whether or not to execute a cell reselection procedure in the idle mode, the deciding comprising deciding the time period according to a length of the second DRX cycle used by the extended DRX and a length of the first DRX cycle, and performing, by the radio terminal in the idle mode, the measurement of the radio condition based on the decided time period. receiving, by a base station , from a Mobility Management Entity, MME , notification of a paging message addressed to a radio terminal , the notification further indicating that whether an extended DRX is configured in the radio terminal, the extended DRX using a second DRX cycle longer than a first DRX cycle, the first DRX cycle being a cycle for monitoring the downlink control channel in the idle mode, by the radio terminal ; transmitting, by the base station , via a downlink control channel for the radio terminal to receive, in the idle mode, the paging message; retransmitting, by the base station , the paging message when the notification received from the MME indicates that the extended DRX is configured in the radio terminal, the method being further characterised by deciding, by the radio terminal , a time period related to a measurement of a radio condition performed for determining whether or not to execute a cell reselection procedure in the idle mode, the deciding comprising deciding the time period according to a length of the second DRX cycle used by the extended DRX and a length of the first DRX cycle, and performing, by the radio terminal in the idle mode, the measurement of the radio condition based on the decided time period.
A medical treatment system comprising: a medical instrument comprising a proximal end portion , a distal end portion and an elongate body extending from the proximal end portion to the distal end portion , wherein the proximal end portion comprises a handle , wherein the handle comprises a steering actuator that is manually operable by a user, a sensor (S1) configured to sense movement of the steering actuator , a first motor (M1) configured to provide an opposition force to the handle to be perceived by the user, a second motor (M2) configured to effect steering of the distal end portion of the medical instrument ; and a control unit comprising a processor and one or more motor drivers , wherein the control unit is configured to receive signals from the sensor (S1) indicative of movement of the steering actuator and to output signals to actuate the first motor (M1) and the second motor (M2) via the one or more motor drivers in response to the received signals from the sensor (S1) so as to generate the opposition force and so as to effect the steering of the distal end portion . a medical instrument comprising a proximal end portion , a distal end portion and an elongate body extending from the proximal end portion to the distal end portion , wherein the proximal end portion comprises a handle , wherein the handle comprises a steering actuator that is manually operable by a user, a sensor (S1) configured to sense movement of the steering actuator , a first motor (M1) configured to provide an opposition force to the handle to be perceived by the user, a second motor (M2) configured to effect steering of the distal end portion of the medical instrument ; and a control unit comprising a processor and one or more motor drivers , wherein the control unit is configured to receive signals from the sensor (S1) indicative of movement of the steering actuator and to output signals to actuate the first motor (M1) and the second motor (M2) via the one or more motor drivers in response to the received signals from the sensor (S1) so as to generate the opposition force and so as to effect the steering of the distal end portion .
A photographing device, comprising: a power source ; a support body ; a first drive body connected to the support body so as to be rotatable, the first drive body being rotated by power of the power source ; a second drive body selectively connected to the first drive body so as to be rotatable; a power transmission unit selectively connecting the second drive body to the first drive body or the support body ; an X-ray source provided on one of the first drive body and the second drive body ; and an X-ray receiving unit provided on a remaining one of the first drive body or the second drive body , wherein the power transmission unit is fixed to the second drive body and includes an adaptor unit moving towards the first drive body or the support body , wherein the adaptor unit includes a plate with a first adaptor for the first drive body and a second adaptor for the support body . a power source ; a support body ; a first drive body connected to the support body so as to be rotatable, the first drive body being rotated by power of the power source ; a second drive body selectively connected to the first drive body so as to be rotatable; a power transmission unit selectively connecting the second drive body to the first drive body or the support body ; an X-ray source provided on one of the first drive body and the second drive body ; and an X-ray receiving unit provided on a remaining one of the first drive body or the second drive body , wherein the power transmission unit is fixed to the second drive body and includes an adaptor unit moving towards the first drive body or the support body , wherein the adaptor unit includes a plate with a first adaptor for the first drive body and a second adaptor for the support body .
A measurement arrangement for measuring the rotation speed of a component that is attached to an elevator car or to a counterweight of an elevator, wherein the component is rotatable about a rotation axis , the arrangement comprises an inductive sensor that is arranged stationary in respect of the rotation axis of the component and adjacent to the component and the component is configured as rotationally unsymmetrical about the rotation axis so that different angular positions of the component about the rotation axis generate different output signals in the inductive sensor , wherein the component is provided with a surface that is shaped and/or positioned so that the distance from the surface to the inductive sensor changes as the component rotates about the rotation axis and the inductive sensor is arranged to detect the changing distance between the surface and the inductive sensor , and wherein the surface is a plane that is arranged in respect of the rotation axis of the component at an angle (α) that differs from 90 degrees.
An internal check mirror for an overhead bin installed above a seat in a passenger aircraft, comprising a Fresnel mirror having a convex mirror function which comprises a substrate of a transparent resin, a plurality of minute grooves having V-shaped cross-sections formed on a back surface side of the substrate , a reflective film covering a surface of the plurality of minute grooves and a protective layer covering the reflective film , a thickness of the Fresnel mirror is from 0.1 to 1.0 mm, characterized in that a radius of curvature of a virtual arc based on inclined surfaces of the plurality of the minute grooves is from 200 to 1000 mm, in that the Fresnel mirror has a width direction dimension of from 200 to 800 mm and a longitudinal directional dimension of from 150 to 600 mm, in that a rigid plate of fiber-reinforced resin composite material is bonded to a back surface of the Fresnel mirror , in that a thickness of the rigid plate is from 0.1 to 0.5 mm, and in that a total thickness of the Fresnel mirror , the rigid plate , and an adhesion layer that is interposed between the Fresnel mirror and the rigid plate is from 0.2 to 1.0 mm.
A power converter for supplying an output voltage or an output current for powering an LED fixture, the power converter comprising: - a primary circuit comprising: o an input terminal for receiving a mains supply voltage ; o a primary winding connected to the input terminal ; - a secondary circuit comprising a secondary winding that is magnetically coupled with the primary winding for providing the output voltage or output current; the primary circuit and the secondary circuit being configured as a flyback converter - a sensor for measuring an electrical characteristic of the secondary circuit and; the sensor being configured to measure a voltage across a winding of the secondary circuit as the electrical characteristic of the secondary circuit ; - characterised in that the power converter further comprises: o a detector configured to determine a frequency of the mains supply voltage as an electrical characteristic of the mains supply voltage based on the measured electrical characteristic of the secondary circuit . - a primary circuit comprising: o an input terminal for receiving a mains supply voltage ; o a primary winding connected to the input terminal ; o an input terminal for receiving a mains supply voltage ; o a primary winding connected to the input terminal ; - a secondary circuit comprising a secondary winding that is magnetically coupled with the primary winding for providing the output voltage or output current; the primary circuit and the secondary circuit being configured as a flyback converter - a sensor for measuring an electrical characteristic of the secondary circuit and; the sensor being configured to measure a voltage across a winding of the secondary circuit as the electrical characteristic of the secondary circuit ; - characterised in that the power converter further comprises: o a detector configured to determine a frequency of the mains supply voltage as an electrical characteristic of the mains supply voltage based on the measured electrical characteristic of the secondary circuit .
A method for imaging objects in a scene by an apparatus of a moving or movable platform , the method comprising: actively illuminating the scene with pulsed light comprising a train of light pulses generated by at least one pulsed light illuminator ; receiving, responsive to illuminating the scene with the pulsed light , reflections on at least one image sensor that comprises a plurality of pixel elements ; characterized by further comprising: selectively gating at least two pixel subsets of the plurality of pixels according to respective subset gating parameters for imaging by the at least two pixel subsets, respectively, at least two different depth-of-field (DOF) ranges of the scene by converting the reflections into pixel values for generating reflection-based image data that are descriptive of the at least two DOF ranges. actively illuminating the scene with pulsed light comprising a train of light pulses generated by at least one pulsed light illuminator ; receiving, responsive to illuminating the scene with the pulsed light , reflections on at least one image sensor that comprises a plurality of pixel elements ; characterized by further comprising: selectively gating at least two pixel subsets of the plurality of pixels according to respective subset gating parameters for imaging by the at least two pixel subsets, respectively, at least two different depth-of-field (DOF) ranges of the scene by converting the reflections into pixel values for generating reflection-based image data that are descriptive of the at least two DOF ranges.
Sound insulation element for the end wall of a vehicle body arranged between the passenger compartment and the engine compartment, with - a composite component comprising a plastic carrier layer and a sound-absorbing layer connected thereto, - wherein the composite component has a front side facing the passenger compartment when viewed in its installed state and formed by the outer surface of the plastic carrier layer , and a rear side which bears against the end wall and is formed by the outer side of the sound-absorbing layer facing away from the plastic carrier layer and - at least one first through opening in the composite component, - wherein the first through hole comprises a carrier layer hole formed in the plastic carrier layer with a hole edge and a sound-absorbing layer hole formed in the sound-absorbing layer with a hole edge and - wherein at least one hold-down projection projects from the plastic carrier layer on the inner side of the plastic carrier layer facing away from the outer surface of the plastic carrier layer and thus facing the sound-absorbing layer at the and/or offset to the hole edge of the carrier layer hole , which is embedded in the sound-absorbing material of the sound-absorbing layer and whose free ends facing away from the plastic carrier layer are substantially aligned with the outer side of the sound-absorbing layer facing away from the plastic carrier layer . - a composite component comprising a plastic carrier layer and a sound-absorbing layer connected thereto, - wherein the composite component has a front side facing the passenger compartment when viewed in its installed state and formed by the outer surface of the plastic carrier layer , and a rear side which bears against the end wall and is formed by the outer side of the sound-absorbing layer facing away from the plastic carrier layer and - at least one first through opening in the composite component, - wherein the first through hole comprises a carrier layer hole formed in the plastic carrier layer with a hole edge and a sound-absorbing layer hole formed in the sound-absorbing layer with a hole edge and - wherein at least one hold-down projection projects from the plastic carrier layer on the inner side of the plastic carrier layer facing away from the outer surface of the plastic carrier layer and thus facing the sound-absorbing layer at the and/or offset to the hole edge of the carrier layer hole , which is embedded in the sound-absorbing material of the sound-absorbing layer and whose free ends facing away from the plastic carrier layer are substantially aligned with the outer side of the sound-absorbing layer facing away from the plastic carrier layer .
A tubing system for use in a blood sampling-blood pressure monitoring system that includes a control valve, a reservoir with a plunger, a sampling site , and a blood pressure transducer for measuring the blood pressure of a patient , the tubing system comprising: a plurality of flexible tubing sections ; and a plurality of rigid tubing sections , wherein the plurality of rigid tubing sections and the flexible tubing sections are interlinked with one another between the patient and the blood pressure transducer for the blood pressure measurement of the patient. a plurality of flexible tubing sections ; and a plurality of rigid tubing sections , wherein the plurality of rigid tubing sections and the flexible tubing sections are interlinked with one another between the patient and the blood pressure transducer for the blood pressure measurement of the patient.
Door drive , in particular door closer, having a slide rail and a sliding block which is guided in the slide rail and by way of a sliding arm is coupled to a drive unit of the door drive , characterized in that a path sensor for determining a position of the sliding block in the slide rail is disposed on or in the slide rail , wherein the path sensor is designed to determine the path by means of time-of-flight measurement.