mhurhangee/patent-ind-claim-en huggingface dataset:
Valve arrangement comprising a flow control section comprising a valve operated by a control means , the control means having a flow set-value input , wherein the control means comprises a memory storing data of a basic characteristic curve , wherein the basic characteristic curve represents a relation between a flow and an opening degree of the flow control section and wherein the control means is configured to control the opening degree of the flow control section depending on a flow set-value received via the flow set-value input using the flow set-value inputted via the flow set-value input as parameter, and a flow meter measuring an actual value of flow through the flow control section , wherein the basic characteristic curve is modified by the control means to become a modified characteristic curve when a difference between the flow set-value and the actual value of the flow exceeds a predetermined threshold value, characterized in that the valve arrangement comprises a pressure control section keeping constant a pressure difference over the flow control section a flow control section comprising a valve operated by a control means , the control means having a flow set-value input , wherein the control means comprises a memory storing data of a basic characteristic curve , wherein the basic characteristic curve represents a relation between a flow and an opening degree of the flow control section and wherein the control means is configured to control the opening degree of the flow control section depending on a flow set-value received via the flow set-value input using the flow set-value inputted via the flow set-value input as parameter, and a flow meter measuring an actual value of flow through the flow control section , wherein the basic characteristic curve is modified by the control means to become a modified characteristic curve when a difference between the flow set-value and the actual value of the flow exceeds a predetermined threshold value, characterized in that the valve arrangement comprises a pressure control section keeping constant a pressure difference over the flow control section
A lighting controller, comprising: a detector adapted to detect an output voltage of a power source, said power source being configured to provide power to a lighting unit via a lighting driver; a controlling unit, coupled to the lighting driver and adapted to: control the lighting driver to deliver a constant power to the lighting unit regardless of power that is being consumed from the power source, before the detected output voltage drops below a first threshold, and control the lighting driver to deliver a gradually reduced power to the lighting unit after the detected output voltage drops below the first threshold; characterized in that the controlling unit is further adapted to: - switch an up-converter between the power source and the lighting driver in order to boost the output voltage from the power source to the lighting driver, in a first condition; and - bypass said up-converter, in a second condition, wherein said first condition comprises operating in high occupancy periods, comprising evening till or before mid-night, and said second condition comprises operating in low occupancy periods, comprising mid-night till dawn. a detector adapted to detect an output voltage of a power source, said power source being configured to provide power to a lighting unit via a lighting driver; a controlling unit, coupled to the lighting driver and adapted to: control the lighting driver to deliver a constant power to the lighting unit regardless of power that is being consumed from the power source, before the detected output voltage drops below a first threshold, and control the lighting driver to deliver a gradually reduced power to the lighting unit after the detected output voltage drops below the first threshold; control the lighting driver to deliver a constant power to the lighting unit regardless of power that is being consumed from the power source, before the detected output voltage drops below a first threshold, and control the lighting driver to deliver a gradually reduced power to the lighting unit after the detected output voltage drops below the first threshold; characterized in that the controlling unit is further adapted to: - switch an up-converter between the power source and the lighting driver in order to boost the output voltage from the power source to the lighting driver, in a first condition; and - bypass said up-converter, in a second condition, - switch an up-converter between the power source and the lighting driver in order to boost the output voltage from the power source to the lighting driver, in a first condition; and - bypass said up-converter, in a second condition, wherein said first condition comprises operating in high occupancy periods, comprising evening till or before mid-night, and said second condition comprises operating in low occupancy periods, comprising mid-night till dawn.
A drinking straw comprising an outer element and an inner element , wherein - the outer element is designed as a hollow tube with a wall that is closed in cross-section, and wherein - the inner element is at least partially designed in a channel-like manner with a channel wall , wherein the outer element has at least one elongated recess in the wall , wherein in an assembled state of the drinking straw, the wall of the outer element circumferentially overlaps the channel wall of the inner element so that in the region of the recess of the outer element both the inner element and the outer element form a fluid-tight tube profile with a closed wall, wherein the length of the recess of the outer element is smaller in size than the length of the inner element and wherein the outer element is stretchable and elastic in shape, characterized in that the inner element is made of a stronger material than the outer element . - the outer element is designed as a hollow tube with a wall that is closed in cross-section, and wherein - the inner element is at least partially designed in a channel-like manner with a channel wall ,
A tissue distraction device comprising: first and second elongated members insertable between adjacent tissue layers of a spine and adapted to define a structure in situ having a dimensional aspect in a direction extending between the tissue layers, and a flexible augmenting elongated member at least partially insertable between and in contact with said first and second elongated members to separate the first and second elongated members to increase the dimensional aspect of at least a portion of the structure in situ, wherein said augmenting elongated member and said first and second elongated members are sufficiently flexible to change between a generally linear configuration and a generally less linear configuration and the device in situ is substantially rigid in a direction extending between the tissue layers and flexible in a different direction. first and second elongated members insertable between adjacent tissue layers of a spine and adapted to define a structure in situ having a dimensional aspect in a direction extending between the tissue layers, and a flexible augmenting elongated member at least partially insertable between and in contact with said first and second elongated members to separate the first and second elongated members to increase the dimensional aspect of at least a portion of the structure in situ, wherein said augmenting elongated member and said first and second elongated members are sufficiently flexible to change between a generally linear configuration and a generally less linear configuration and the device in situ is substantially rigid in a direction extending between the tissue layers and flexible in a different direction.
A variant of a parent polypeptide comprising a Fc region, which variant exhibits increased binding to FcRn as compared to said parent polypeptide and comprises one combination of amino acid modifications selecting from the group consisting of 307A/315D/330V/382V/389T/434Y, 256N/378V/383N/434Y, 315D/330V/361D/378V/434Y, 259I/315D/434Y, 230S/315D/428L/434Y, 241L/264E/307P/378V/433R, 250A/389K/434Y, 305A/315D/330V/395A/434Y, 264E/386R/396L/434S/439R, 315D/330V/362R/434Y, 305A/315D/330V/389K/434Y, 315D/327V/330V/397M/434Y, 230T/241L/264E/265G/378V/421T, 264E/396L/415N/434S, 227L/264E/378V/434S, 264E/378T/396L, 230T/315D/362R/426T/434Y, 226G/315D/330V/434Y, 230L/241L/243L/264E/307P/378V, 250A/315D/325S/330V/434Y, 290E/315D/342R/382V/434Y, 241L/315D/330V/392R/434Y, 241L/264E/307P/378V/434S, 230T/264E/403T/434S, 264E/378V/416K, 230T/315D/362E/434Y, 226G/315D/434Y, 226G/315D/362R/434Y, 226G/264E/347R/370R/378V/434S, 3081/315D/330V/382V/434Y, 230T/264E/378V/434S, 231T/241L/264E/378T/397M/434S, 230L/264E/378V/434S, 230T/315D/330V/386K/434Y, 226G/315D/330V/389T/434Y, 230S/315D/387T/434Y, 230S/264E/352S/378V/434S and 230T/303A/322R/389T/404L/434S of the Fc region as compared to said parent polypeptide, wherein the numbering of the amino acids in the Fc region is that of the EU index as in Kabat.
A method for receiving, by a wireless device, an on-demand system information, OSI, in a wireless communication system, the method comprising: receiving (S810) an OSI configuration including information related to mapping between a system information request, SIR, preamble and an OSI block; determining (S820) an OSI block of interest as part of a determined OSI of interest based on the conditions that the device is interested in the OSI block via broadcast or dedicated signaling, the OSI block is not broadcast by a serving cell of the device, and the device does not have an OSI block that is valid; selecting (S830) an SIR preamble corresponding to the OSI block of interest based on the information related to the mapping included in the OSI configuration; transmitting (S840), to the serving cell, the selected SIR preamble to request the OSI of interest including the OSI block of interest; and receiving (S850), from the serving cell, the OSI of interest including the OSI block of interest. receiving (S810) an OSI configuration including information related to mapping between a system information request, SIR, preamble and an OSI block; determining (S820) an OSI block of interest as part of a determined OSI of interest based on the conditions that the device is interested in the OSI block via broadcast or dedicated signaling, the OSI block is not broadcast by a serving cell of the device, and the device does not have an OSI block that is valid; selecting (S830) an SIR preamble corresponding to the OSI block of interest based on the information related to the mapping included in the OSI configuration; transmitting (S840), to the serving cell, the selected SIR preamble to request the OSI of interest including the OSI block of interest; and receiving (S850), from the serving cell, the OSI of interest including the OSI block of interest.
A processor comprising: decode circuitry to decode an instruction , wherein the instruction comprises fields for an opcode, an identifier for a first source matrix operand , an identifier of a second source matrix operand , and an identifier for a source/destination matrix operand ; and execution circuitry to execute the decoded instruction to multiply the identified first source matrix operand by the identified second source matrix operand , add a result of the multiplication to the identified source/destination matrix operand , and store a result of the addition in the identified source/destination matrix operand , wherein the multiplication is per row of the identified first source matrix operand and per column of the identified second source matrix operand , and characterized in that : the instruction further comprises a field for an identifier of a counter register, wherein a counter in the counter register is updated as each row of the identified source/destination matrix operand is stored, the counter indicating progress of executing the decoded instruction. decode circuitry to decode an instruction , wherein the instruction comprises fields for an opcode, an identifier for a first source matrix operand , an identifier of a second source matrix operand , and an identifier for a source/destination matrix operand ; and execution circuitry to execute the decoded instruction to multiply the identified first source matrix operand by the identified second source matrix operand , add a result of the multiplication to the identified source/destination matrix operand , and store a result of the addition in the identified source/destination matrix operand , wherein the multiplication is per row of the identified first source matrix operand and per column of the identified second source matrix operand , and characterized in that : the instruction further comprises a field for an identifier of a counter register, wherein a counter in the counter register is updated as each row of the identified source/destination matrix operand is stored, the counter indicating progress of executing the decoded instruction. the instruction further comprises a field for an identifier of a counter register, wherein a counter in the counter register is updated as each row of the identified source/destination matrix operand is stored, the counter indicating progress of executing the decoded instruction.
Method for generating an image of a route network travelled through by a rail vehicle using activities recorded when the rail vehicle is travelling through the route network and sorted into a sequence of activities , in which patterns are recognized in the sequence of activities using a pattern recognition method and the image of the route network is generated using the recognized patterns , characterized in that the activities of the rail vehicle comprise holding the rail vehicle and driving a distance of a certain length. patterns are recognized in the sequence of activities using a pattern recognition method and the image of the route network is generated using the recognized patterns , characterized in that the activities of the rail vehicle comprise holding the rail vehicle and driving a distance of a certain length.
A signal sending method, comprising: determining , by a network device, a first parameter; notifying , by the network device, the first parameter by using a system message wherein the first parameter comprises information used to indicate a resource location of a first signal; and sending , by the network device, the first signal to the terminal device based on the resource location of the first signal, wherein the first signal is used to indicate a paging status of the terminal device, and the paging status of the terminal device represents whether the network device paging the terminal device; wherein that the first signal is corresponding to at least one terminal device identifier, and the first signal is used to indicate a paging status of at least one terminal device identified by the at least one terminal device identifier comprises: the first signal is a first sequence, the first sequence is a sequence that is in a first sequence set and that is corresponding to an actual paging status of the at least one terminal device identified by the at least one terminal device identifier, the first sequence set comprises at least one sequence, and each sequence is used to indicate one paging status of the at least one terminal device identified by the at least one terminal device identifier. determining , by a network device, a first parameter; notifying , by the network device, the first parameter by using a system message wherein the first parameter comprises information used to indicate a resource location of a first signal; and sending , by the network device, the first signal to the terminal device based on the resource location of the first signal, wherein the first signal is used to indicate a paging status of the terminal device, and the paging status of the terminal device represents whether the network device paging the terminal device; wherein that the first signal is corresponding to at least one terminal device identifier, and the first signal is used to indicate a paging status of at least one terminal device identified by the at least one terminal device identifier comprises: the first signal is a first sequence, the first sequence is a sequence that is in a first sequence set and that is corresponding to an actual paging status of the at least one terminal device identified by the at least one terminal device identifier, the first sequence set comprises at least one sequence, and each sequence is used to indicate one paging status of the at least one terminal device identified by the at least one terminal device identifier.
Device for applying an article such as a drinking straw or a label to a moving object , the device comprising an applicator member comprising a base element and an arm element , a biasing member , and an actuator shaft pivotable connected to the base element, wherein the actuator shaft is eccentrically arranged and rotatable about a first rotation axis (RA1), wherein a free end of the arm element comprises an applicator head which in response to rotation of the eccentrically arranged actuator shaft about the first rotation axis (RA1) is cyclically movable between a retrieval position in which the applicator head is configured for retrieval of the article and an application position in which the applicator head is configured for applying the article to the object , characterized in that the device further comprises; a support member which is pivotable about a second rotation axis (RA2) and slidingly supports a mid-section of the arm element of the applicator member , wherein the arm element is telescopically coupled to the base element such that the arm element is movable between a retracted state and an extended state, wherein the biasing member is configured to bias the arm element towards its extended state, wherein the arm element is configured to be brought to its retracted state during movement of the applicator head from the retrieval position to the application position, and wherein the arm element is configured to assume its extended state during movement of the applicator head from the application position to the retrieval position. an applicator member comprising a base element and an arm element , a biasing member , and an actuator shaft pivotable connected to the base element, wherein the actuator shaft is eccentrically arranged and rotatable about a first rotation axis (RA1), wherein a free end of the arm element comprises an applicator head which in response to rotation of the eccentrically arranged actuator shaft about the first rotation axis (RA1) is cyclically movable between a retrieval position in which the applicator head is configured for retrieval of the article and an application position in which the applicator head is configured for applying the article to the object , characterized in that the device further comprises; a support member which is pivotable about a second rotation axis (RA2) and slidingly supports a mid-section of the arm element of the applicator member , wherein the arm element is telescopically coupled to the base element such that the arm element is movable between a retracted state and an extended state, wherein the biasing member is configured to bias the arm element towards its extended state, wherein the arm element is configured to be brought to its retracted state during movement of the applicator head from the retrieval position to the application position, and wherein the arm element is configured to assume its extended state during movement of the applicator head from the application position to the retrieval position.
Heater device (100; 200), in particular for crankcase fluid, comprising: a conduit for a fluid to be heated; a plastic body with a passage defining an inner space in which the conduit is accommodated, said body comprising a heater container defining a cavity in which a heater stack with heater plate is arranged; wherein the cavity has an aperture allowing insertion of said heater stack, said aperture being closed by a removable connector ; and wherein the heater stack is arranged in said cavity in thermal transfer with said conduit to heat-up the latter when energized by means of power provided through poles integrated in said connector; said heater stack comprises a heat transfer member (32; 132, 232) arranged in an orifice (30; 130, 230) of said heater container to be in direct contact with said conduit; and a seal ring (34; 134, 234) is arranged at the interface between said heat transfer member and said orifice (30; 130, 230) to sealably close the cavity; characterized in that said heater stack includes a cup-shaped heat transfer member and said heater plate is located inside said cup-shaped heat transfer member; said cup-shaped heat transfer member has a bottom wall in contact with said conduit and an outwardly bent upper edge ; and said seal ring is arranged around said cup-shaped heat transfer member below said upper edge. a conduit for a fluid to be heated; a plastic body with a passage defining an inner space in which the conduit is accommodated, said body comprising a heater container defining a cavity in which a heater stack with heater plate is arranged; wherein the cavity has an aperture allowing insertion of said heater stack, said aperture being closed by a removable connector ; and wherein the heater stack is arranged in said cavity in thermal transfer with said conduit to heat-up the latter when energized by means of power provided through poles integrated in said connector; said heater stack comprises a heat transfer member (32; 132, 232) arranged in an orifice (30; 130, 230) of said heater container to be in direct contact with said conduit; and a seal ring (34; 134, 234) is arranged at the interface between said heat transfer member and said orifice (30; 130, 230) to sealably close the cavity; characterized in that said heater stack includes a cup-shaped heat transfer member and said heater plate is located inside said cup-shaped heat transfer member; said cup-shaped heat transfer member has a bottom wall in contact with said conduit and an outwardly bent upper edge ; and said seal ring is arranged around said cup-shaped heat transfer member below said upper edge.
A knitting yarn for manually forming a knitted product without tools comprising; - a thread having a length dimension extending along a symmetry axis (A); - a plurality of loops affixed to or formed with said thread by extending outwardly of said thread ; and each of said plurality of loops defining an interior space adapted to receive another loop of said plurality of loops ; characterized in that said plurality of loops includes a first loop set and a second loop set ; wherein the first loop set is extended outwardly along a +y axis and the second loop set is extended along a -y axis, where directions of said +y axis and -y axis are both perpendicular to the symmetry axis (A), and said first loop set is symmetric to said second loop set with respect to said symmetry axis (A). - a thread having a length dimension extending along a symmetry axis (A); - a plurality of loops affixed to or formed with said thread by extending outwardly of said thread ; and each of said plurality of loops defining an interior space adapted to receive another loop of said plurality of loops ;