mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising means for: receiving an indication from a transmitting terminal device indicative of a sidelink resource reserved for receiving a subsequent sidelink transmission from the transmitting terminal device ; detecting that the subsequent sidelink transmission is not received from the transmitting terminal device over the reserved sidelink resource; and as a response to detecting that the subsequent sidelink transmission was not received over the reserved sidelink resource, monitoring a sidelink complementary resource set window for receiving the subsequent sidelink transmission from the transmitting terminal device . receiving an indication from a transmitting terminal device indicative of a sidelink resource reserved for receiving a subsequent sidelink transmission from the transmitting terminal device ; detecting that the subsequent sidelink transmission is not received from the transmitting terminal device over the reserved sidelink resource; and as a response to detecting that the subsequent sidelink transmission was not received over the reserved sidelink resource, monitoring a sidelink complementary resource set window for receiving the subsequent sidelink transmission from the transmitting terminal device .
A method comprising: receiving, by a first packet steering module of a network , a first encapsulated packet traveling in a forward traffic direction, the first encapsulated packet comprising a first encapsulating data structure, the first encapsulating data structure encapsulating a first packet; identifying, by a return path learning module , a sequence of network nodes of the network that were traversed by the first encapsulated packet in the forward traffic direction; generating, by the return path learning module of the first packet steering module , return traffic path information associated with the first encapsulated packet and based on the first encapsulating data structure, wherein generating the return traffic path information comprises reversing the identified sequence; transmitting, by the first packet steering module , the return traffic path information to one or more other packet steering modules of the network ; and transmitting, by the first packet steering module , the return traffic path information independently of the first packet. receiving, by a first packet steering module of a network , a first encapsulated packet traveling in a forward traffic direction, the first encapsulated packet comprising a first encapsulating data structure, the first encapsulating data structure encapsulating a first packet; identifying, by a return path learning module , a sequence of network nodes of the network that were traversed by the first encapsulated packet in the forward traffic direction; generating, by the return path learning module of the first packet steering module , return traffic path information associated with the first encapsulated packet and based on the first encapsulating data structure, wherein generating the return traffic path information comprises reversing the identified sequence; transmitting, by the first packet steering module , the return traffic path information to one or more other packet steering modules of the network ; and transmitting, by the first packet steering module , the return traffic path information independently of the first packet.
Beer tank intended to be connected to at least one beer tap, comprising: - a frame ; - at least one beer-transporting pipe ; - a container , which is attached to the frame and comprises at least one container valve that opens toward the outside of the container and is in fluidic communication with the beer-transporting pipe ; characterized in that the tank also comprises: - a pouch, which has a maximum interior volume of greater than 0.3 m 3 , preferably greater than 0.5 m 3 , is at least partially filled with beer, arranged in the container and connected to the container valve; - a refrigeration circuit (19; 21) configured to cool the beer by circulating water along the container, the refrigeration circuit comprising a pump arranged on the frame; - at least one adapter head , which is connected to the beer-transporting pipe and allows for manual, tool-free connection of a beer delivery pipe intended for transporting beer from the tank to a beer tap . - a frame ; - at least one beer-transporting pipe ; - a container , which is attached to the frame and comprises at least one container valve that opens toward the outside of the container and is in fluidic communication with the beer-transporting pipe ; characterized in that the tank also comprises: - a pouch, which has a maximum interior volume of greater than 0.3 m 3 , preferably greater than 0.5 m 3 , is at least partially filled with beer, arranged in the container and connected to the container valve; - a refrigeration circuit (19; 21) configured to cool the beer by circulating water along the container, the refrigeration circuit comprising a pump arranged on the frame; - at least one adapter head , which is connected to the beer-transporting pipe and allows for manual, tool-free connection of a beer delivery pipe intended for transporting beer from the tank to a beer tap .
A method of controlling a multi-reaction zone, hydroformylation process for producing normal (N) and iso (I) aldehydes at a N:I ratio, the process comprising contacting an olefinically unsaturated compound with carbon monoxide, hydrogen and a catalyst comprising (A) a transition metal, (B) an organopolyphosphoramidite, and (C) an organomonophosphite ligand, the contacting conducted in first and one or more subsequent reaction zones and at hydroformylation conditions comprising an organomonophosphite ligand to transition metal molar ratio greater than 2:1, the method comprising the steps of measuring the N:I ratio of the hydroformylation product, and either (i) increasing the concentration of the organopolyphosphoramidite ligand up to a 1:1 organopolyphosphoramidite to transition metal molar ratio to raise the product N:I ratio or (ii) decreasing the concentration of the organopolyphosphoramidite ligand below a 1:1 organopolyphosphoramidite to transition metal molar ratio to lower the product N:I ratio; wherein the term organomonophosphite ligand includes any organomonophosphoramidite ligand.
A movement-tolerant line arrangement for a stand device configured for arrangement in an operating room, comprising - a mounting apparatus for movement-tolerant mounting of at least one line about an axis of rotation (D) between two connection components (3; 4; 104) that are displaceable relative to one another; and - a fastening apparatus (30; 130) for arranging the at least one line relative to one of the connection components (3; 4; 104); wherein the mounting apparatus is fixable to the fastening apparatus (30; 130) and is configured for movement-tolerant, in particular rotation-tolerant, guidance of the at least one line about the axis of rotation and/or in a direction at least approximately parallel to the axis of rotation, characterized in that the mounting apparatus is configured as a kind of linked element chain, wherein the mounting apparatus is formed by single elements that are movable relative to one another by means of at least one connection portion , respectively, and the connection portions are defined by recesses between the individual elements. - a mounting apparatus for movement-tolerant mounting of at least one line about an axis of rotation (D) between two connection components (3; 4; 104) that are displaceable relative to one another; and - a fastening apparatus (30; 130) for arranging the at least one line relative to one of the connection components (3; 4; 104);
A mobile terminal , comprising a processor , a touch display screen and a fingerprint recognition apparatus , wherein a fingerprint recognition region of the fingerprint recognition apparatus comprises a first region of the touch display screen , the first region supports a fingerprint recognition function, and the processor is configured to determine a second region when an operation for the mobile terminal satisfies a condition for inputting a fingerprint, the second region being a part of the first region, and to only enable the fingerprint recognition function of the fingerprint recognition apparatus in the second region without enabling the fingerprint recognition function in the first region excluding the second region, and to highlight the second region after the second region is determined according to a random strategy.
Window comprising at least two selective glass panes coated with a selective film , and which selective glass panes comprise an uncoated area for improving the penetration of radio waves, characterized in that in one selective glass pane the uncoated area is lattice-shaped and in other selective glass panes the uncoated area is at the same point as the lattice-shaped uncoated area and of the same form as the area defined by the lattice-shaped, uncoated area .
Device , comprising a DIN rail , an intermediate member and at least one fixation bracket to be mounted within a cabinet or on a wall and to bear the DIN rail , which is connected with the fixation bracket by the intermediate member, wherein the intermediate member is a compensation bracket , which is connected at one section with the fixation bracket and at another section is connectable with the DIN rail , wherein the compensation bracket is movable and may be shifted relative to the fixation bracket without unlocking of a screw and/ or without disassembling of the device , characterized in that the compensation bracket has at least one flexible tongue , which is configured to be bent or moved to unlock the compensation bracket and the DIN rail and to shift the compensation bracket and/ or the DIN rail within and/ or relative to the fixation bracket , wherein the compensation bracket comprises at least one punch , which removably and/ or like a spring extends into a recess of the fixation bracket to lock the compensation bracket , wherein the tongue has two flaps , wherein the two flaps are arranged above each other, and are configured to be gripped by a tool to bend the tongue and to unlock the compensation bracket , and wherein the compensation bracket is configured to be unlocked to be shifted within the fixation bracket by the use of a flat screw driver or another means being able to engage the flaps without screwing. the compensation bracket has at least one flexible tongue , which is configured to be bent or moved to unlock the compensation bracket and the DIN rail and to shift the compensation bracket and/ or the DIN rail within and/ or relative to the fixation bracket , wherein the compensation bracket comprises at least one punch , which removably and/ or like a spring extends into a recess of the fixation bracket to lock the compensation bracket , wherein the tongue has two flaps , wherein the two flaps are arranged above each other, and are configured to be gripped by a tool to bend the tongue and to unlock the compensation bracket , and wherein the compensation bracket is configured to be unlocked to be shifted within the fixation bracket by the use of a flat screw driver or another means being able to engage the flaps without screwing.
Use of at least one cysteine endoprotease comprising a sequence that is at least 55% identical to the sequence SEQ ID NO: 1, sequence SEQ ID NO: 2, sequence SEQ ID NO: 3 and/or sequence SEQ ID NO: 4, or a fragment thereof having cysteine endoprotease activity, for decreasing the cloudiness of a fermented or non-fermented cereal-based beverage.
A method for separating material mixes as a result of recycling electric and electronic devices, the material mixes having heavy metals and/or precious metals, containing fibers, preferably containing glass fibers, and containing dust, the method comprising at least one method step (S1) for mechanically and drily removing particles from fibrous mixed-material agglomerates and at least one method step (S2) for mechanically and drily unraveling fibrous mixed-material agglomerates, particles being simultaneously fractionated according to particle size in the method step (S1) for removing particles and/or particles being fractionated according to size in method step (S2) of removing particles, fractions generated in the method, in particular for recovering metals, being supplied for smelting or to a refinery, characterized in that the corresponding fractions are separated for smelting or are provided for being supplied to a refinery in at least two fractionating steps (S1, S3, S4, S5) which provide a fractionation of particles having less than 100 μm in size in one dimension.
Hand-held implement having a motor unit , having a tool unit and having an extension arm , which connects the motor unit and the tool unit , wherein the tool unit contains a cutting disc and a safety hood , wherein the extension arm has a supporting part , wherein the supporting part has a base plate with an inner side and an outer side , wherein the outer side is directed towards the motor unit , wherein the base plate is delimited along its circumference by a surrounding circumferential wall , wherein the circumferential wall , over at least 50% of its length, rises up exclusively from the inner side of the base plate , wherein a drive shaft , which is driven in rotation about a first axis , runs transversely in relation to the base plate , and wherein an output shaft , which is mounted such that it can be rotated about a second axis , runs parallel to the drive shaft , wherein the supporting part has a coordinate system with a x axis and a y axis, wherein, when the supporting part is viewed in the direction of the first axis , a connecting line between the first axis and the second axis forms the x axis of the coordinate system, and wherein the y axis is arranged perpendicularly in relation to connecting line and in relation to the first axis and runs centrally between the first axis and the second axis , wherein a respective segment (A, B, C, D, E, F, G, H) of the supporting part is arranged in each of the four sectors of the coordinate system on the inner side and in each of the four sectors of the coordinate system on the outer side , wherein the supporting part has at least one space diagonal , which runs through a segment (E, F) from the outer side and a segment (C, D) on the inner side , the latter segment being located opposite the former segment in relation to the origin (O) of the coordinate system, wherein the origin (O) of the coordinate system is arranged in the base plate between the inner side and the outer side and centrally between the first axis and the second axis , wherein at least one first stiffening structure rises up from the inner side of the base plate in the direction of the space diagonals , characterized in that at least one second stiffening structure rises up from the outer side of the base plate in the direction of the same space diagonals , and therefore the first stiffening structure and the second stiffening structure form a stiffening element which runs diagonally in space.
A membrane-supported thermoelectric subassembly, comprising: - a flexible porous membrane having a top face and a bottom face; - a plurality of electrically isolated consolidated thermoelectric elements extending through the flexible porous membrane and to the top face and the bottom face, characterised by each element comprising nanostructured regions along a matrix material of the flexible porous membrane and having a doping type being selected to be n-type or p-type. - a flexible porous membrane having a top face and a bottom face; - a plurality of electrically isolated consolidated thermoelectric elements extending through the flexible porous membrane and to the top face and the bottom face, characterised by each element comprising nanostructured regions along a matrix material of the flexible porous membrane and having a doping type being selected to be n-type or p-type.
Method for connecting a sanitary article controller to a computer or for connecting a sanitary article controller selected from a group of at least two sanitary article controllers to a computer , wherein the sanitary article controller is configured to control a function of a sanitary article and comprises at least one processor , a wireless communication interface operatively connected to the processor , and an input interface operatively connected to the processor, wherein the computer comprises at least one processor , a wireless communication interface operatively connected to the processor , and a display operatively connected to the processor , wherein a pairing process is performed for the data connection (D) between the sanitary article controller to be connected and the computer , characterized in that during the pairing process the input interface of the sanitary article controller to be connected is actuated, on the basis of which actuation the data connection (D) between the communication interface of said sanitary article controller and the communication interface of the computer is established in such a way that data are exchanged between the processor of the sanitary article controller and the processor of the computer , and that the input interface is a detection sensor arranged at the sanitary article controller , which upon detection of a user provides a signal for the sanitary article controller, whereby the latter then controls a functional element of the sanitary article (9a-9f), whereby a sanitary function, such as a water outlet or a flushing, is triggered. wherein the sanitary article controller is configured to control a function of a sanitary article and comprises at least one processor , a wireless communication interface operatively connected to the processor , and an input interface operatively connected to the processor, wherein the computer comprises at least one processor , a wireless communication interface operatively connected to the processor , and a display operatively connected to the processor , wherein a pairing process is performed for the data connection (D) between the sanitary article controller to be connected and the computer , characterized in that during the pairing process the input interface of the sanitary article controller to be connected is actuated, on the basis of which actuation the data connection (D) between the communication interface of said sanitary article controller and the communication interface of the computer is established in such a way that data are exchanged between the processor of the sanitary article controller and the processor of the computer , and that the input interface is a detection sensor arranged at the sanitary article controller , which upon detection of a user provides a signal for the sanitary article controller, whereby the latter then controls a functional element of the sanitary article (9a-9f), whereby a sanitary function, such as a water outlet or a flushing, is triggered.
A method for valve type recognition of a valve connected to an actuator , said valve having a valve rod movable by an actuator spindle of the actuator, said valve being one of a first valve type and a second or further valve type , wherein said actuator spindle of the connected actuator has a maximum allowable stroke (MAS, MAS', MAS") defined by a displacement of the actuator spindle between a first end position (E1, E1") and a second end position (E2, E2', E2"), said second end position being defined as the position of the actuator spindle when being operatively connected to said valve rod in a fully closed position of the valve, characterized in that said method comprising the steps of: determining for the connected actuator if the maximum allowable stroke of the actuator spindle is larger than a reference value, determining that the valve connected to the actuator is of the first valve type if the maximum allowable stroke of the actuator spindle is the same, or smaller than, said reference value, determining that the valve connected to the actuator is of a second or further valve type if the maximum allowable stroke of the actuator spindle is larger than said reference value. determining for the connected actuator if the maximum allowable stroke of the actuator spindle is larger than a reference value, determining that the valve connected to the actuator is of the first valve type if the maximum allowable stroke of the actuator spindle is the same, or smaller than, said reference value, determining that the valve connected to the actuator is of a second or further valve type if the maximum allowable stroke of the actuator spindle is larger than said reference value.
A control device for industrial machines with controlled movement drives for machine components, comprising a human-machine-interface having at least one switching or operating element for manually influencing or predetermining adjustment movements of at least one of the machine components, and having a touch-sensitive screen for displaying and optionally changing control-relevant parameters by an operator, wherein at least one operating element is formed as a rotary adjuster operating element with an endlessly rotatable actuation member , and wherein the rotary adjuster operating element and the touch-sensitive screen are connected with an electronic evaluation and control device in a control-based manner, characterized in that the evaluation and control device is configured to recognize a selection of a parameter on the part of an operator by means of a steady touch of a desired parameter field , in particular by a selective touch by a finger, and that in order to change contents of the selected parameter field or to set a desired parameter value for the selected parameter field , the actuation member of the rotary adjuster actuation element is turned by an appropriate rotation angle by an operator, and that, in doing so, the evaluation and control device detects the extent of the rotation movement and is configured for proportionally changing the contents of the parameter field or of the parameter value , and that the evaluation and control device is configured to carry out or initiate a confirmation or acceptance of a set parameter value based on a recognition of a termination of the touch to the parameter field , in particular following a lifting of the finger of the operator off the respective parameter field .