mhurhangee/patent-ind-claim-en huggingface dataset:
A method of mounting at least one hearing device component inside a hearing device shell , said method comprising the steps of: threading a fixture means through a hole formed in a side wall of the hearing device shell , the fixture means having a first end and a second end, attaching the hearing device component to the second end of the fixture means protruding into an inside of the hearing device shell , manipulating the first end of the fixture means protruding to an outside of the hearing device shell such as to position the hearing device component in a predetermined position, fixing the positioned hearing device component to an inner wall of the hearing device shell , wherein said step of fixing comprises applying adhesive; and after applying the adhesive, cutting off a portion of the fixture means protruding to the outside of the hearing device shell such that a cut-off plane of the remainder of the fixture means is substantially flush with an outer wall of the hearing device shell while a distal end of the remainder of the fixture means still penetrates through at least a part of the hole . threading a fixture means through a hole formed in a side wall of the hearing device shell , the fixture means having a first end and a second end, attaching the hearing device component to the second end of the fixture means protruding into an inside of the hearing device shell , manipulating the first end of the fixture means protruding to an outside of the hearing device shell such as to position the hearing device component in a predetermined position, fixing the positioned hearing device component to an inner wall of the hearing device shell , wherein said step of fixing comprises applying adhesive; and after applying the adhesive, cutting off a portion of the fixture means protruding to the outside of the hearing device shell such that a cut-off plane of the remainder of the fixture means is substantially flush with an outer wall of the hearing device shell while a distal end of the remainder of the fixture means still penetrates through at least a part of the hole .
A method, comprising: forming an array of light emitting diode, LED, dies (112;200;300;400;500) including: a substrate layer (128;202;402); and a gallium semiconductor layer (204;302;404;502) formed on a surface of the substrate layer (128;202;402); exposing the gallium semiconductor layer (204;302;404;502) to a laser to detach the gallium semiconductor layer (204;302;404;502) from the substrate layer (128;202;402), the laser being absorbed by a portion of the gallium semiconductor layer (204;302;404;502) to form gallium material (412;506) on each of the LED dies (112;200;300;400;500) of the array; separating the substrate layer (128;202;402) from the gallium semiconductor layer (204;302;404;502) to expose a surface of the gallium semiconductor layer (204;302;404;502) and the gallium material (412;506) on the surface; heating the gallium material (412;506) on at least a subset of the LED dies (112;200;300;400;500) to form liquid gallium (412;506) on the surface of the gallium semiconductor layer (204;302;404;502) of the at least a subset of the LED dies (112;200;300;400;500); contacting the liquid gallium (412;506) of the at least a subset of the LED dies (112;200;300;400;500) with a pick-up tool , PUT; cooling the liquid gallium (412;506) into solid gallium (412;506) to attach the PUT with the at least a subset of the LED dies (112;200;300;400;500) via the solid gallium (412;506); picking up the at least a subset of the LED dies (112;200;300;400;500) using the PUT . a substrate layer (128;202;402); and a gallium semiconductor layer (204;302;404;502) formed on a surface of the substrate layer (128;202;402); exposing the gallium semiconductor layer (204;302;404;502) to a laser to detach the gallium semiconductor layer (204;302;404;502) from the substrate layer (128;202;402), the laser being absorbed by a portion of the gallium semiconductor layer (204;302;404;502) to form gallium material (412;506) on each of the LED dies (112;200;300;400;500) of the array; separating the substrate layer (128;202;402) from the gallium semiconductor layer (204;302;404;502) to expose a surface of the gallium semiconductor layer (204;302;404;502) and the gallium material (412;506) on the surface; heating the gallium material (412;506) on at least a subset of the LED dies (112;200;300;400;500) to form liquid gallium (412;506) on the surface of the gallium semiconductor layer (204;302;404;502) of the at least a subset of the LED dies (112;200;300;400;500); contacting the liquid gallium (412;506) of the at least a subset of the LED dies (112;200;300;400;500) with a pick-up tool , PUT; cooling the liquid gallium (412;506) into solid gallium (412;506) to attach the PUT with the at least a subset of the LED dies (112;200;300;400;500) via the solid gallium (412;506); picking up the at least a subset of the LED dies (112;200;300;400;500) using the PUT .
An apparatus for receiving a signal, comprising: a demodulator configured to generate a binary signal from a received signal; a clock data recovery, CDR, circuitry configured to sample the binary signal and detect a phase error of the binary signal with respect to a local oscillator signal in the apparatus and generate CDR state information for the binary signal, wherein the CDR circuitry is configured to generate the CDR state information from at least three consecutive samples of the binary signal sampled at least twice a symbol rate of the binary signal; a soft information generation circuitry configured to map the CDR state information to soft information for the binary signal; and a decoder configured to decode the binary signal using the soft information. a demodulator configured to generate a binary signal from a received signal; a clock data recovery, CDR, circuitry configured to sample the binary signal and detect a phase error of the binary signal with respect to a local oscillator signal in the apparatus and generate CDR state information for the binary signal, wherein the CDR circuitry is configured to generate the CDR state information from at least three consecutive samples of the binary signal sampled at least twice a symbol rate of the binary signal; a soft information generation circuitry configured to map the CDR state information to soft information for the binary signal; and a decoder configured to decode the binary signal using the soft information.
Shoe having a shoe upper and an upper bottom , wherein the shoe upper is connected to an outsole by a connecting element fixing the upper bottom to the outsole , wherein the connecting element has at least one central or middle web which extends substantially over the length of the upper bottom and from which lateral cross webs extend away in a herringbone-like manner or in the manner of a spinal column, characterized in that the connecting element is configured in such a way that the cross webs are connected to one another only via the at least one central web .
A synergistic sweetening composition comprising: sucralose and a purified extract of stevia; wherein the sucralose and the purified stevia extract are present in a ratio of about 30:70; and wherein the purified stevia extract comprises: (i) rebaudioside A ranging from 60% to 100%; or (ii) less than 50% rebaudiosides and dulcosides. (i) rebaudioside A ranging from 60% to 100%; or (ii) less than 50% rebaudiosides and dulcosides.
A method of transmitting control information and data, which are transmitted by a user equipment, UE, in a wireless communication system, the method comprising: determining a time resource and a frequency resource in which a scheduling assignment, SA, is to be transmitted, wherein the time resource and the frequency resource are included in an SA resource pool; transmitting, in the time resource and the frequency resource, the SA; and transmitting, in a data time resource correlated with the time resource and the frequency resource, data, wherein the data time resource corresponds to a time resource indication field, wherein a part of bits of the time resource indication field is indicated using a position of the time resource, and wherein remaining part of the bits of the time resource indication field are determined using a position of the frequency resource. determining a time resource and a frequency resource in which a scheduling assignment, SA, is to be transmitted, wherein the time resource and the frequency resource are included in an SA resource pool; transmitting, in the time resource and the frequency resource, the SA; and transmitting, in a data time resource correlated with the time resource and the frequency resource, data, wherein the data time resource corresponds to a time resource indication field, wherein a part of bits of the time resource indication field is indicated using a position of the time resource, and wherein remaining part of the bits of the time resource indication field are determined using a position of the frequency resource.
An elastomeric bladder for an elastomeric pump for an infusion assembly, comprising: a body extending over a length (L B ) from a first end to an opposing second end ; an outer diameter (D B ); an inner diameter (d B ); and a wall thickness (t), wherein the wall thickness gradually transitions from a first wall thickness (t 1 ) at the first end to a second wall thickness (t 2 ) at the second end ; and characterised in that : the wall thickness (t) at the first end is greater than the wall thickness at the second end , or the wall thickness at the second end is greater than the wall thickness at the first end ; and wherein the outer diameter (D B ) is constant over the length (L B ). a body extending over a length (L B ) from a first end to an opposing second end ; an outer diameter (D B ); an inner diameter (d B ); and a wall thickness (t), wherein the wall thickness gradually transitions from a first wall thickness (t 1 ) at the first end to a second wall thickness (t 2 ) at the second end ; and characterised in that : the wall thickness (t) at the first end is greater than the wall thickness at the second end , or the wall thickness at the second end is greater than the wall thickness at the first end ; and wherein the outer diameter (D B ) is constant over the length (L B ). the wall thickness (t) at the first end is greater than the wall thickness at the second end , or the wall thickness at the second end is greater than the wall thickness at the first end ; and wherein the outer diameter (D B ) is constant over the length (L B ).
Boiler comprising a resistance for water heating, a water entrance pipe , a steam exit and a system for temperature and/or pressure regulation inside the boiler, wherein said boiler includes a plate comprising a hole for water passage from upper part to lower part and for steam passage from the lower part to the upper part of the boiler , wherein the steam exit is placed in the upper part of the boiler in distal position with respect to the hole and with respect to the water entrance pipe , also placed in the upper part of the boiler .
Wall fastening for a shower bar tube of a shower system, having a support (20; 70) which can be fastened to the installation wall , and shower bar tube , wherein the shower bar tube is fastened to the support (20; 70) and wherein the shower bar tube is closed with an end cap (40; 90), wherein a mounting section (30; 50) is arranged inside the shower bar tube , wherein the mounting section (30; 50) is connected to the end cap (40; 90) and is screwed, through a tube wall of the shower bar tube , to the support (20; 70) in order to connect the shower bar tube to the support (20; 70) on one side, characterized in that the mounting section (30; 50) has a first latching element with a first latching hook and a second latching element with a second latching hook , wherein the first latching hook engages in a first recess of the end cap (40; 90) and the second latching hook engages in a second recess of the end cap (40; 90) in order to connect the end cap (40; 90) to the mounting section (30; 50) in a positive-locking manner via a latching connection.
A mixed reality (MR) system comprising: a first MR device configured to present first medical information and first real-world information to a first user via a first MR presentation; a second MR device configured to provide second medical information and second real-world information to a second user via a second MR presentation; and a third device configured to provide third information to a third user, wherein the third information is based at least in part on the first MR presentation or the second MR presentation, and wherein the third device is configured to allow for selection by the third user between the first MR presentation and the second MR presentation on the third device, wherein the third device comprises a third MR device configured to provide third medical information and third real-world information to the third user via a third MR presentation, wherein the first MR presentation or the second MR presentation is presented as part of the third MR presentation as a viewable window within the third MR presentation. a first MR device configured to present first medical information and first real-world information to a first user via a first MR presentation; a second MR device configured to provide second medical information and second real-world information to a second user via a second MR presentation; and a third device configured to provide third information to a third user, wherein the third information is based at least in part on the first MR presentation or the second MR presentation, and wherein the third device is configured to allow for selection by the third user between the first MR presentation and the second MR presentation on the third device, wherein the third device comprises a third MR device configured to provide third medical information and third real-world information to the third user via a third MR presentation, wherein the first MR presentation or the second MR presentation is presented as part of the third MR presentation as a viewable window within the third MR presentation.
Thermostatic mixer valve for shower, sink or washbasin in a community, in particular in a hospital, comprising a basic body with two water inlets for hot and cold water respectively, and one outlet for the mixed water, means for mixing the hot and cold water with means for adjusting the flow being positioned in the basic body between the water inlets and outlets, means of operation for adjusting the output flow and means of operation for adjusting the temperature of the mixed water in the form of a rotary hand wheel , means for forming a first stop being fitted to lock rotation of the hand wheel after rotation to a position corresponding to a first temperature, for example 38 °C, means being provided for disengaging the first temperature stop to enable the user to continue rotation of the hand wheel to a second, or safety stop, corresponding in general to a temperature of 41°C to 45°C, means for disengaging the first stop being placed on the front face of the rotating hand wheel , characterised in that the mixer comprises a locking screw to lock the safety stop being accessible on the lateral surface of the rotating hand wheel, to produce a disinfecting thermal shock after unlocking.
A process for preparing a compound of Formula I: or a salt thereof, the process comprising contacting a compound of Formula III: or a salt thereof, with a metalating agent to form the compound of Formula I, or a salt thereof; wherein R 1 is hydrogen or an amino protecting group.
A C-frame tool head (100; 200; 300; 500) and a plurality of dies, the tool head defining a proximal end and an opposite distal end , and an extension axis (A) corresponding to movement of a ram, piston, or force producing member, the tool head (100; 200; 300; 500) comprising: a body portion ; a hook member extending from the body portion , the hook member defining a crimp face directed toward the proximal end of the tool head, the crimp face defining a center axis that bisects the crimp face ; wherein upon the tool head being in an unloaded state, the center axis is spaced from the extension axis, and upon being in a loaded state, the center axis is displaced towards the extension axis, wherein upon application of a load as would be applied during the pressing operation, the tool head deflects to a position such that the plurality of dies are aligned to thereby enable full die closure. a body portion ; a hook member extending from the body portion , the hook member defining a crimp face directed toward the proximal end of the tool head, the crimp face defining a center axis that bisects the crimp face ; wherein upon the tool head being in an unloaded state, the center axis is spaced from the extension axis, and upon being in a loaded state, the center axis is displaced towards the extension axis,
A method for forwarding information in a distributed network, comprising: Sending , by a forwarding device, when a message of an Application, APP, protocol is received, and according to a forwarding rule that is sent by a Software Defined Networking, SDN/OpenFlow controller, the message to a corresponding APP server or to a corresponding terminal directly, wherein the forwarding rule corresponds to the APP protocol; wherein, besides an SDN/OpenFlow protocol between an SDN/OpenFlow controller and the forwarding device, the APP protocol is any APP protocol, including a communication protocol between a user terminal and an APP layer and a communication protocol between a device in a non-SDN/Open Flow network and an SDN/OpenFlow network; the forwarding rule is a matching condition and a matching result of all types of messages corresponding to the APP protocol, wherein the matching condition includes a protocol type and a target Media Access Control, MAC, Address, and the matching result is information of an output interface of the forwarding device; characterized in that , after sending the message to the corresponding APP server or sending the message to the corresponding terminal, the method further comprises: sending, by the APP server, a state update message to the SDN/OpenFlow controller periodically, as required or in real time; and updating, by the SDN/OpenFlow controller, the forwarding rule according to the state update message, and sending the updated forwarding rule to the forwarding device actively. Sending , by a forwarding device, when a message of an Application, APP, protocol is received, and according to a forwarding rule that is sent by a Software Defined Networking, SDN/OpenFlow controller, the message to a corresponding APP server or to a corresponding terminal directly, wherein the forwarding rule corresponds to the APP protocol; wherein, besides an SDN/OpenFlow protocol between an SDN/OpenFlow controller and the forwarding device, the APP protocol is any APP protocol, including a communication protocol between a user terminal and an APP layer and a communication protocol between a device in a non-SDN/Open Flow network and an SDN/OpenFlow network; the forwarding rule is a matching condition and a matching result of all types of messages corresponding to the APP protocol, wherein the matching condition includes a protocol type and a target Media Access Control, MAC, Address, and the matching result is information of an output interface of the forwarding device; characterized in that , after sending the message to the corresponding APP server or sending the message to the corresponding terminal, the method further comprises: sending, by the APP server, a state update message to the SDN/OpenFlow controller periodically, as required or in real time; and updating, by the SDN/OpenFlow controller, the forwarding rule according to the state update message, and sending the updated forwarding rule to the forwarding device actively.
A casting machine for a metal casting with at least one mold having mold nest parts defining at least one cavity , wherein each mold nest part of at least one first part of the mold nest parts is mounted pivotably about at least a separate first axis of rotation (a, b, c, d), and the mold nest parts of the at least one first part of mold nest parts completely release the region of the cavity previously enclosed by the mold nest parts upon pivoting about their first axes of rotation (a, b, c, d), wherein the entire mold along with all mold nest parts is mounted about at least a second axis of rotation (e), characterized in that the mold is mounted on a mold carrier of the casting machine so as to be pivotable about the second axis of rotation (e).
A display device comprising: a flexible display module (DM) extending in a first direction; a supporting portion (SP) disposed under the display module (DM) and configured to support a part of the display module; a first driving part (DRP1) connected to a first end of the display module (DM) and configured to to roll and unroll the display module; a connecting portion (CP) connected to a second end of the display module (DM); and a second driving part (DRP2) connected to the connecting portion (CP) and configured to roll and unroll the connecting portion (CP), the second driving part (DRP2) apart from the supporting portion (SP) wherein the display device is configured such that the second driving part (DRP2) unrolls the connecting portion (CP) when the first driving part (DRP1) rolls the first end of the display module (DM), and the second driving part (DRP2) rolls the connecting portion (CP) when the first driving part (DRP1) unrolls the first end of the display module (DM) without rolling the second end of the display module (DM). a flexible display module (DM) extending in a first direction; a supporting portion (SP) disposed under the display module (DM) and configured to support a part of the display module; a first driving part (DRP1) connected to a first end of the display module (DM) and configured to to roll and unroll the display module; a connecting portion (CP) connected to a second end of the display module (DM); and a second driving part (DRP2) connected to the connecting portion (CP) and configured to roll and unroll the connecting portion (CP), the second driving part (DRP2) apart from the supporting portion (SP) wherein the display device is configured such that the second driving part (DRP2) unrolls the connecting portion (CP) when the first driving part (DRP1) rolls the first end of the display module (DM), and the second driving part (DRP2) rolls the connecting portion (CP) when the first driving part (DRP1) unrolls the first end of the display module (DM) without rolling the second end of the display module (DM).