mhurhangee/patent-ind-claim-en huggingface dataset:
Compensating element for compensating for changes in length and/or angular offsetting in pipelines, comprising two lateral parts, wherein each lateral part is provided for connecting to one end of a pipeline, further comprising a bellows which is fastened to both lateral parts, wherein the two lateral parts are formed by a first housing half and a second housing half , wherein both housing halves each have a radially outer supporting portion and a radially inner tongue , wherein the bellows is indirectly fastened to both housing halves at the respective tongue , wherein, in addition to the connection of the two housing halves via the bellows , the supporting portions of both housing halves are connected to one another, with the result that they can support forces, wherein the tongues are of annular design, characterized in that the housing halves consist of a light metal, wherein the bellows is indirectly fastened to both housing halves at the respective tongue via a welding ring , wherein the welding ring is welded to the bellows and to the tongue , wherein the welding ring is connected to the tongue by means of friction welding, namely spin friction welding.
A base unit for a food processor having a device for slidably positioning the food processor on a work surface , comprising a housing having a container receptacle for receiving a food container , a bottom area at least partially below the container receptacle , the device being at least partially formed in the bottom area and comprising a displacement means for displacing the food processor on the work surface , the displacement means being designed for installation in the bottom area , wherein the device comprises an adjustment means for adjusting the displacement means between the following positions - a deactivated state (Z1) of the displacement means for positioning the displacement means spaced from the work surface and - an activated state (Z2) of the displacement means for positioning at least a part of the displacement means on the work surface for displacing the food processor , characterized in that the base unit comprises a control means for detecting an operating state of the base unit and for allowing the displacement means to be displaced from the deactivated state to the activated state on the basis of the detected operating state. - a deactivated state (Z1) of the displacement means for positioning the displacement means spaced from the work surface and - an activated state (Z2) of the displacement means for positioning at least a part of the displacement means on the work surface for displacing the food processor ,
A pressure detection device , configured to detect pressure intensity in a sealed cavity defined by a lid and a housing, and comprising: a pressure sensing assembly (I) comprising a fixed part comprising a first coil and a movable part comprising a movable magnetic core , in which the movable magnetic core is configured to move relative to the first coil when a pressure change in the sealed cavity is sensed, so as to cause an inductance value of the first coil to change; and a detection unit (II) connected with the pressure sensing assembly, and configured to acquire the pressure intensity in the sealed cavity according to a current sensing parameter of the pressure sensing assembly, wherein the detection unit comprises: a first coupling coil (LI) disposed in the lid; and a second coupling coil (L2) disposed in the housing and wirelessly coupled with the first coupling coil, wherein one of the second coupling coil and the first coupling coil is connected with the pressure sensing assembly a first capacitor (C1) connected in parallel with the first coil to constitute a first resonant circuit ; a first induction coil (LI) serving as the first coupling coil, and connected in parallel or in series with the first coil in the first resonant circuit; and a first detection assembly configured to detect a resonant frequency of the first resonant circuit and acquire the pressure intensity in the sealed cavity according to the resonant frequency of the first resonant circuit. a pressure sensing assembly (I) comprising a fixed part comprising a first coil and a movable part comprising a movable magnetic core , in which the movable magnetic core is configured to move relative to the first coil when a pressure change in the sealed cavity is sensed, so as to cause an inductance value of the first coil to change; and a detection unit (II) connected with the pressure sensing assembly, and configured to acquire the pressure intensity in the sealed cavity according to a current sensing parameter of the pressure sensing assembly, wherein the detection unit comprises: a first coupling coil (LI) disposed in the lid; and a second coupling coil (L2) disposed in the housing and wirelessly coupled with the first coupling coil, wherein one of the second coupling coil and the first coupling coil is connected with the pressure sensing assembly a first coupling coil (LI) disposed in the lid; and a second coupling coil (L2) disposed in the housing and wirelessly coupled with the first coupling coil, wherein one of the second coupling coil and the first coupling coil is connected with the pressure sensing assembly a first capacitor (C1) connected in parallel with the first coil to constitute a first resonant circuit ; a first induction coil (LI) serving as the first coupling coil, and connected in parallel or in series with the first coil in the first resonant circuit; and a first detection assembly configured to detect a resonant frequency of the first resonant circuit and acquire the pressure intensity in the sealed cavity according to the resonant frequency of the first resonant circuit.
A computer-implemented method for privacy-preserving insight sharing, comprising: receiving, by a data owner, an identity of a primary object and an obfuscated list of secondary objects from a requesting party; modifying, by the data owner, the obfuscated list of the secondary objects to create a modified obfuscated list of the secondary objects; transmitting, from the data owner to the requesting party, the modified obfuscated list of the secondary objects; computing at least one association relationship between the primary object and associated objects to obtain a list of insights; selecting, by the data owner, the list of the insights by setting a threshold value, to obtain a selected list of the insights; obfuscating, by the data owner, the selected list of the insights, to obtain an obfuscated selected list of the insights; modifying the obfuscated selected list of the insights based on the threshold; transmitting the modified obfuscated selected list of the insights to the requesting party; providing an intersection between the modified obfuscated list of the secondary objects and the modified obfuscated selected list of the insights by enabling the requesting party to compare the modified obfuscated list of the secondary objects and the modified obfuscated selected list of the insights. receiving, by a data owner, an identity of a primary object and an obfuscated list of secondary objects from a requesting party; modifying, by the data owner, the obfuscated list of the secondary objects to create a modified obfuscated list of the secondary objects; transmitting, from the data owner to the requesting party, the modified obfuscated list of the secondary objects; computing at least one association relationship between the primary object and associated objects to obtain a list of insights; selecting, by the data owner, the list of the insights by setting a threshold value, to obtain a selected list of the insights; obfuscating, by the data owner, the selected list of the insights, to obtain an obfuscated selected list of the insights; modifying the obfuscated selected list of the insights based on the threshold; transmitting the modified obfuscated selected list of the insights to the requesting party; providing an intersection between the modified obfuscated list of the secondary objects and the modified obfuscated selected list of the insights by enabling the requesting party to compare the modified obfuscated list of the secondary objects and the modified obfuscated selected list of the insights.
Main unit for an infotainment system of a vehicle which can be coupled with a mobile end device via a Bluetooth connection , and is configured, in a hands-free conversation during a telephone call using a mobile end device coupled via the Bluetooth connection by means of a hands-free profile, to exchange a digital audio signal via a further wireless connection which facilitates improved audio quality during hands-free conversation.
A system for providing guidance to a target location via haptic output, the system comprising: one or more haptic output devices configured to generate haptic output in response to one or more control signals; and a processor characterized by being configured to: determine, via an infrared sensor, that a hand is proximate to the target location; and in response to determining that the hand is proximate to the target location: detect, via a sensor more precise than the infrared sensor, a current location of the hand, and transmit the one or more control signals to the one or more haptic output devices , wherein the one or more haptic output devices are configured to generate the haptic output on the hand for guiding the hand from the current location of the hand to the target location. one or more haptic output devices configured to generate haptic output in response to one or more control signals; and a processor characterized by being configured to: determine, via an infrared sensor, that a hand is proximate to the target location; and in response to determining that the hand is proximate to the target location: detect, via a sensor more precise than the infrared sensor, a current location of the hand, and transmit the one or more control signals to the one or more haptic output devices , wherein the one or more haptic output devices are configured to generate the haptic output on the hand for guiding the hand from the current location of the hand to the target location. determine, via an infrared sensor, that a hand is proximate to the target location; and in response to determining that the hand is proximate to the target location: detect, via a sensor more precise than the infrared sensor, a current location of the hand, and transmit the one or more control signals to the one or more haptic output devices , wherein the one or more haptic output devices are configured to generate the haptic output on the hand for guiding the hand from the current location of the hand to the target location. detect, via a sensor more precise than the infrared sensor, a current location of the hand, and transmit the one or more control signals to the one or more haptic output devices , wherein the one or more haptic output devices are configured to generate the haptic output on the hand for guiding the hand from the current location of the hand to the target location.
A light emitting device , comprising: a substrate including a reflective region disposed at a top surface of the substrate, wherein the reflective region comprises at least one reflective layer ; a light emitting diode having a periphery defined by edges; and a die attach covering a portion of the top surface of the substrate , the die attach attaching the light emitting diode to the top surface of the substrate, wherein the die attach comprises a reflective material, and wherein the die attach extends beyond the periphery of the light emitting diode to cover an area of the top surface of the substrate that is outside the periphery of the light emitting diode, wherein the die attach covers a pre-determined area on the top surface of the substrate and the pre-determined area covers an area underneath the light emitting diode and between edges of the light emitting diode and an isothermal line, when the light emitting diode emits light, wherein the isothermal line is the line where the temperature increase relative to a reference temperature is 1/e of the temperature increase at the edge of the light emitting diode . a substrate including a reflective region disposed at a top surface of the substrate, wherein the reflective region comprises at least one reflective layer ; a light emitting diode having a periphery defined by edges; and a die attach covering a portion of the top surface of the substrate , the die attach attaching the light emitting diode to the top surface of the substrate, wherein the die attach comprises a reflective material, and wherein the die attach extends beyond the periphery of the light emitting diode to cover an area of the top surface of the substrate that is outside the periphery of the light emitting diode, wherein the die attach covers a pre-determined area on the top surface of the substrate and the pre-determined area covers an area underneath the light emitting diode and between edges of the light emitting diode and an isothermal line, when the light emitting diode emits light, wherein the isothermal line is the line where the temperature increase relative to a reference temperature is 1/e of the temperature increase at the edge of the light emitting diode .
A delivery device comprising: an inserter attachment comprising a tip ; handpiece with a housing , engagement means for affixing said inserter attachment to said handpiece and a lever ; and a spring , wherein the tip comprises a flexible envelope said envelope defining a lumen and further comprising an internal sliding member movably disposed within lumen , wherein said internal sliding member capable of moving in a longitudinal direction along the length of the lumen , characterized in that the spring is configured to serve as an actuation means, said actuation means being configured to translate actuation from the lever to the internal sliding member and further characterized in that the spring is configured to hold the internal sliding member in a retracted position in a relaxed state of the spring and to push the internal sliding member in the longitudinal direction along the lumen in a compressed state of the spring. an inserter attachment comprising a tip ; handpiece with a housing , engagement means for affixing said inserter attachment to said handpiece and a lever ; and a spring , wherein the tip comprises a flexible envelope said envelope defining a lumen and further comprising an internal sliding member movably disposed within lumen , wherein said internal sliding member capable of moving in a longitudinal direction along the length of the lumen , characterized in that the spring is configured to serve as an actuation means, said actuation means being configured to translate actuation from the lever to the internal sliding member and further characterized in that the spring is configured to hold the internal sliding member in a retracted position in a relaxed state of the spring and to push the internal sliding member in the longitudinal direction along the lumen in a compressed state of the spring.
A method for inducing osteogenic differentiation from stem cells for 3-7 days comprises: placing a porous membrane above the bottom of a cell culture container in a non-contact manner; applying a hydrogel solution on one surface of the porous membrane to coat 1-10% concentration of hydrogel thereon through a sol-gel phase transition; seeding stem cells on the coated hydrogel; and culturing the stem cells in an osteogenic differentiation inducing medium, wherein the hydrogel is in a gel phase at a cell culture temperature, 37°C, and the viscosity of the hydrogel at 37°C is 10° to 10 6 mPa.s, wherein the hydrogel is in a sol phase at a temperature lower than the cell culture temperature, wherein the hydrogel produced by the sol-gel phase transition has a thickness of 1 mm to 4 mm. placing a porous membrane above the bottom of a cell culture container in a non-contact manner; applying a hydrogel solution on one surface of the porous membrane to coat 1-10% concentration of hydrogel thereon through a sol-gel phase transition; seeding stem cells on the coated hydrogel; and culturing the stem cells in an osteogenic differentiation inducing medium, wherein the hydrogel is in a gel phase at a cell culture temperature, 37°C, and the viscosity of the hydrogel at 37°C is 10° to 10 6 mPa.s, wherein the hydrogel is in a sol phase at a temperature lower than the cell culture temperature, wherein the hydrogel produced by the sol-gel phase transition has a thickness of 1 mm to 4 mm.
Floor-based robot , wherein the robot comprises the following: - a chassis ; - a first drive facility , which is attached to the chassis by means of a first motion link ; - a second drive facility , which is attached to the chassis by means of a second motion link ; - wherein the drive facilities are attached on different sides in relation to a movement direction; characterised in that - the first motion link is designed as a pushed motion link and the second motion link is designed as a pulled motion link . - a chassis ; - a first drive facility , which is attached to the chassis by means of a first motion link ; - a second drive facility , which is attached to the chassis by means of a second motion link ; - wherein the drive facilities are attached on different sides in relation to a movement direction; characterised in that - the first motion link is designed as a pushed motion link and the second motion link is designed as a pulled motion link .
A battery pack comprising: a battery cell comprising a first surface , a first electrode on the first surface , a second electrode on the first surface , a second surface opposing the first surface , and a lateral surface connecting the first surface and the second surface to each other; first and second leads above the first and second electrodes , the first and second leads being respectively connected to the first and second electrodes ; an insulating adhesive layer between the first surface and the first lead ; and an insulating cover layer on the first and second leads , the insulating cover layer comprising an opening through which portions of the first and second leads are exposed. a battery cell comprising a first surface , a first electrode on the first surface , a second electrode on the first surface , a second surface opposing the first surface , and a lateral surface connecting the first surface and the second surface to each other; first and second leads above the first and second electrodes , the first and second leads being respectively connected to the first and second electrodes ; an insulating adhesive layer between the first surface and the first lead ; and an insulating cover layer on the first and second leads , the insulating cover layer comprising an opening through which portions of the first and second leads are exposed.
A printing apparatus comprising: a transport unit that has a fixing unit configured to hold a part of an elongated recording medium (W) and wherein the transport unit is arranged to transport the recording medium to the fixing unit; a recording unit configured to discharge ink onto the recording medium and performs recording; and a cockle removing mechanism configured to remove a cockle on the recording medium when the recording medium is sent toward the fixing unit side, wherein the cockle removing mechanism has a first holding unit for holding one end portion of the recording medium in a lateral direction and a second holding unit for holding the other end portion of the recording medium in the lateral direction, wherein the first holding unit and the second holding unit are configured to apply stress to the recording medium in a separating direction from each other, wherein the first holding unit and the second holding unit have a needle shape, wherein the cockle removing mechanism includes an arcuate member , wherein the first holding unit and the second holding unit are provided on both end sides of the arcuate member, respectively, wherein the printing apparatus further comprises: a distance adjusting unit configured to adjust a distance between the first holding unit and the second holding unit, and wherein the fixing unit has an endless belt which has an adhesive surface on a side facing the recording medium. a transport unit that has a fixing unit configured to hold a part of an elongated recording medium (W) and wherein the transport unit is arranged to transport the recording medium to the fixing unit; a recording unit configured to discharge ink onto the recording medium and performs recording; and a cockle removing mechanism configured to remove a cockle on the recording medium when the recording medium is sent toward the fixing unit side, wherein the cockle removing mechanism has a first holding unit for holding one end portion of the recording medium in a lateral direction and a second holding unit for holding the other end portion of the recording medium in the lateral direction, wherein the first holding unit and the second holding unit are configured to apply stress to the recording medium in a separating direction from each other, wherein the first holding unit and the second holding unit have a needle shape, wherein the cockle removing mechanism includes an arcuate member , wherein the first holding unit and the second holding unit are provided on both end sides of the arcuate member, respectively, wherein the printing apparatus further comprises: a distance adjusting unit configured to adjust a distance between the first holding unit and the second holding unit, and wherein the fixing unit has an endless belt which has an adhesive surface on a side facing the recording medium. a distance adjusting unit configured to adjust a distance between the first holding unit and the second holding unit, and wherein the fixing unit has an endless belt which has an adhesive surface on a side facing the recording medium.