mhurhangee/ep-ind-claims huggingface dataset:
A method of providing unified data signaling, comprising: transmitting a single indicator and plurality of data bits indicating whether the plurality of bits is poisoned, masked, or neither, wherein: when the plurality of data bits is poisoned, generating a first data bit pattern that comprises at least one-half of the plurality of data bits set to a HIGH state, or changed to a different value from the previous plurality of data bits; and setting a state of a single indicator signal to a HIGH state; when the plurality of data bits is masked, generating a second data bit pattern that comprises at least one-half of the plurality of data bits set to a HIGH state, or changed to a different value from a previous plurality of data bits, the plurality of data bits in the first data bit pattern are not the same as the plurality of data bits in the second data bit pattern; and setting the state of the single indicator signal to a HIGH state; and when the plurality of data bits is not masked and not poisoned, determining whether to apply data bus inversion to the plurality of data bits. transmitting a single indicator and plurality of data bits indicating whether the plurality of bits is poisoned, masked, or neither, wherein: when the plurality of data bits is poisoned, generating a first data bit pattern that comprises at least one-half of the plurality of data bits set to a HIGH state, or changed to a different value from the previous plurality of data bits; and setting a state of a single indicator signal to a HIGH state; when the plurality of data bits is masked, generating a second data bit pattern that comprises at least one-half of the plurality of data bits set to a HIGH state, or changed to a different value from a previous plurality of data bits, the plurality of data bits in the first data bit pattern are not the same as the plurality of data bits in the second data bit pattern; and setting the state of the single indicator signal to a HIGH state; and when the plurality of data bits is not masked and not poisoned, determining whether to apply data bus inversion to the plurality of data bits. when the plurality of data bits is poisoned, generating a first data bit pattern that comprises at least one-half of the plurality of data bits set to a HIGH state, or changed to a different value from the previous plurality of data bits; and setting a state of a single indicator signal to a HIGH state; when the plurality of data bits is masked, generating a second data bit pattern that comprises at least one-half of the plurality of data bits set to a HIGH state, or changed to a different value from a previous plurality of data bits, the plurality of data bits in the first data bit pattern are not the same as the plurality of data bits in the second data bit pattern; and setting the state of the single indicator signal to a HIGH state; and when the plurality of data bits is not masked and not poisoned, determining whether to apply data bus inversion to the plurality of data bits.
A door arm assembly, which is configured for transmitting forces between the door closer or door operator and a door or wall, comprising a power supply line and/or data line, which is run within the door arm assembly, with a force transmitting rod which may be pivotably connected to the door closer or door operator, with a slider member, which is pivotably connected to the force transmitting rod, and with a guiding element configured for guiding the sliding member, characterized in that the guiding element comprises a sliding rod, wherein the sliding member surrounds the sliding rod and is guided on the sliding rod in a play-free manner, wherein a sliding contact element and/or a roller contact element is disposed between the sliding member and the sliding rod.
Aircraft lifting surface comprising a support structure and a control surface, the control surface comprising: - a leading edge structure, and - at least one aerodynamic element (6, 6.1, 6.2) at least partially arranged around the leading edge structure and separated from the said leading edge structure by a slot, the slot comprising an inlet (8.1) and an outlet (8.2), wherein the control surface is configured to rotate around a hinge axis forming a deflection angle (Θ) with respect to the support structure, the slot is an open channel between the aerodynamic element (6, 6.1, 6.2) and the leading edge structure, when the control surface is at a predetermined deflection angle (Θ) the inlet (8.1) of the slot is faced to an airflow flowing around the lifting surface so that this airflow is captured through the inlet (8.1) and directed to the outlet (8.2) of the slot, further comprising sealing means configured to block the passage of airflow through the lifting surface, between the support structure and the control surface, when the control surface is at least at the predetermined deflection angle (Θ), so that the sealing means prevent the airflow to pass to the other side of the control surface crossing the inside of the lifting surface, characterized in that the sealing means comprise a lip shaped seal protruding from inside of the support structure towards the control surface, so that when the inlet (8.1) of the slot is not faced to the airflow flowing around the lifting surface at least a lip (7.1, 7.2) of the lip shaped seal is in contact with the at least one aerodynamic element (6, 6.1, 6.2). - a leading edge structure, and - at least one aerodynamic element (6, 6.1, 6.2) at least partially arranged around the leading edge structure and separated from the said leading edge structure by a slot, the slot comprising an inlet (8.1) and an outlet (8.2), the control surface is configured to rotate around a hinge axis forming a deflection angle (Θ) with respect to the support structure, the slot is an open channel between the aerodynamic element (6, 6.1, 6.2) and the leading edge structure, when the control surface is at a predetermined deflection angle (Θ) the inlet (8.1) of the slot is faced to an airflow flowing around the lifting surface so that this airflow is captured through the inlet (8.1) and directed to the outlet (8.2) of the slot, further comprising sealing means configured to block the passage of airflow through the lifting surface, between the support structure and the control surface, when the control surface is at least at the predetermined deflection angle (Θ), so that the sealing means prevent the airflow to pass to the other side of the control surface crossing the inside of the lifting surface, characterized in that the sealing means comprise a lip shaped seal protruding from inside of the support structure towards the control surface, so that when the inlet (8.1) of the slot is not faced to the airflow flowing around the lifting surface at least a lip (7.1, 7.2) of the lip shaped seal is in contact with the at least one aerodynamic element (6, 6.1, 6.2).
Kitchen appliance, comprising: - a housing, which surrounds an inlet region and a functional region; - an air channel for guiding air from the inlet region into the functional region, and from there into an outer region; - wherein the inlet region has a plurality of inlet openings (140, 145) for air from the outer region and the inlet openings (140, 145) are configured for letting in air from various directions or at various points; - and a conducting element is provided, in order to conduct air selectively from the first and/or from the second inlet opening into the inlet region; characterised in that - the conducting element comprises a panel embodied in one piece on the housing, which closes off at least one of the inlet openings (140, 145), wherein the panel has an intended breaking point in relation to the rest of the housing. - a housing, which surrounds an inlet region and a functional region; - an air channel for guiding air from the inlet region into the functional region, and from there into an outer region; - wherein the inlet region has a plurality of inlet openings (140, 145) for air from the outer region and the inlet openings (140, 145) are configured for letting in air from various directions or at various points; - and a conducting element is provided, in order to conduct air selectively from the first and/or from the second inlet opening into the inlet region; characterised in that - the conducting element comprises a panel embodied in one piece on the housing, which closes off at least one of the inlet openings (140, 145), wherein the panel has an intended breaking point in relation to the rest of the housing.
A communication system comprising: a plurality of first communication control devices constituting a mesh network connected between a first device and a network communication network; and a second communication control device connected between a second device and the network communication network, the first communication control devices each including: a wireless communication unit configured to perform wireless communication; and a controller configured to, when receiving data to be transmitted via the wireless communication unit from the first device to the second device, determine a communication path in the mesh network to transmit the data to the network communication network from the first communication control device that receives the data, perform mutual authentication with the second communication control device communicating via the communication path and the network communication network, and thereafter transmit encrypted data obtained by encrypting the data to the second communication control device. a plurality of first communication control devices constituting a mesh network connected between a first device and a network communication network; and a second communication control device connected between a second device and the network communication network, the first communication control devices each including: a wireless communication unit configured to perform wireless communication; and a controller configured to, when receiving data to be transmitted via the wireless communication unit from the first device to the second device, determine a communication path in the mesh network to transmit the data to the network communication network from the first communication control device that receives the data, perform mutual authentication with the second communication control device communicating via the communication path and the network communication network, and thereafter transmit encrypted data obtained by encrypting the data to the second communication control device. a wireless communication unit configured to perform wireless communication; and a controller configured to, when receiving data to be transmitted via the wireless communication unit from the first device to the second device, determine a communication path in the mesh network to transmit the data to the network communication network from the first communication control device that receives the data, perform mutual authentication with the second communication control device communicating via the communication path and the network communication network, and thereafter transmit encrypted data obtained by encrypting the data to the second communication control device.
Molecular complex for use as an immunostimulant medicament in the immunotherapy of cancer or infectious diseases, said complex consisting of at least one ligand of a sulphated sugar of the glycosaminoglycan family expressed on the surface of antigen-presenting cells or NK or NKT cells (first ligand) and at least one ligand of a surface molecule of antigen-presenting cells or of NK or NKT cells other than a sulphated sugar of the glycosaminoglycan family (second ligand) linked together, and said complex being devoid of an antigen specific for the disease to be treated.
A silicon-containing oxide-coated aluminum nitride particle including an aluminum nitride particle and a silicon-containing oxide coating covering the surface of the aluminum nitride particle, wherein the content of carbon atoms is less than 1000 ppm by mass, and the coverage of the silicon-containing oxide coating covering the surface of the aluminum nitride particle as measured by LEIS analysis is 15% or more and 45% or less. the content of carbon atoms is less than 1000 ppm by mass, and the coverage of the silicon-containing oxide coating covering the surface of the aluminum nitride particle as measured by LEIS analysis is 15% or more and 45% or less.
A traffic guidance barrier element (1, 2) comprising an elongated body with two end pieces and at least one coupling device (12, 16, 18, 22, 26, 30, 32, 40), arranged at each end piece which is connectable to another traffic guidance barrier element (1,2) adjacent to the traffic guidance barrier element (1, 2), characterized in that the coupling device (12, 16, 18, 22, 26, 30, 32, 40) has a latch and a slot at the end face, wherein the latch interacts with a slot of the adjacent traffic guidance barrier element (1, 2) and the slot with a latch of the adjacent traffic guidance barrier element (1, 2,) during or for connecting, and the coupling device (12, 16, 18, 22, 26, 30, 32, 40) has a locking section, that does not reach as high as an upper edge of the body, and that has at least one mandrel or at least one mandrel receptacle, wherein the at least one mandrel or the at least one mandrel receptacle is connectable or is connected with a crosspiece, wherein the crosspiece has at least one mandrel receptacle or at least one mandrel, that is/are formed and arranged corresponding to the at least one mandrel or the at least one mandrel receptacle of the locking section, wherein an end plate is provided on the end face that has the slot and the latch, wherein the slot is undercut and is at least sectionally designed to taper conically downwards.
A vehicle seat with a backrest which has a backrest middle part and backrest side parts which extend forwards at the sides from the backrest middle part and are provided to laterally support the upper body, wherein the backrest side parts respectively have an inner portion which is joined to the backrest middle part and an outer portion which is joined to the inner portion and which covers a front region of the backrest side part, wherein the backrest side parts are arranged adjustably in respect of the backrest middle part such that the backrest width can be altered by fixing the backrest side parts, wherein the inner portion and the outer portion are produced integrally from a foam material, and a reinforcing element is foamed into the inner portion and into the outer portion at least in a transition region between the inner portion and the outer portion, which reinforcing element is primarily provided to give the outer portion an especial rigidity, characterised in that an airbag module is arranged in a seat-exterior backrest side part, wherein the vehicle backrest has a backrest rear wall which has a seat-interior and a seat-exterior side wall which at least partly cover the rear regions of the backrest side parts, wherein the seat-exterior side wall has a particular flexural resilience and extends forwards at least to such an extent that it covers the airbag module from outside, and wherein upon the release of the airbag, the airbag of the airbag module presses apart the seat-exterior side wall and the outer portion of the seat-exterior backrest side part and it unfolds externally past the outer portion of the seat-exterior backrest side part towards a front seat region, wherein the vehicle backrest has a metal support structure and the airbag module is attached to the support structure.
A universal sharpening device for slicing machines with circular blade, comprising: - a supporting element, which is provided with means for engaging the wing of a slicing machine; - an arm, which is associated with said supporting element and supports at least two grinding wheels (10, 11); characterised by said arm being movable with respect to said supporting element from an inactive position, in which said grinding wheels (10, 11) are spaced from the blade of the slicing machine, to a first active position, in which one grinding wheel of said grinding wheels (10, 11) is moved into contact with the blade of the slicing machine, to a second active position, in which at least one other grinding wheel of said grinding wheels (10, 11) is moved into contact with the blade of the slicing machine. - a supporting element, which is provided with means for engaging the wing of a slicing machine; - an arm, which is associated with said supporting element and supports at least two grinding wheels (10, 11); characterised by
A method of processing bottom ash from a circulating fluidized bed furnace having reactant particles each having a partially reacted outer capsule and an unreacted internal core comprising the steps of: a. providing said bottom ash into a rotating cylindrical body having a plurality of nozzles for spraying a regeneration fluid along length of cylindrical body; b. sensing the physical conditions temperature and humidity inside the cylindrical body; c. receiving an indication from the plant control system of the mass of unreacted core within the rotating cylindrical body; d. calculating from the sensed physical conditions and the mass of unreacted core an amount of regeneration fluid to be sprayed to cause the reactant particles to have a regeneration fluid concentration within a range of 5-25% of the stoichiometric amount of regeneration fluid required to totally react all of the unreacted material within the SOx reactant particles; e. spraying the calculated amount of regeneration fluid onto the bottom ash from the plurality of nozzles within the cylindrical body causing the capsules of the reactant particles to open, exposing the unreacted internal core, thereby reactivating them. a. providing said bottom ash into a rotating cylindrical body having a plurality of nozzles for spraying a regeneration fluid along length of cylindrical body; b. sensing the physical conditions temperature and humidity inside the cylindrical body; c. receiving an indication from the plant control system of the mass of unreacted core within the rotating cylindrical body; d. calculating from the sensed physical conditions and the mass of unreacted core an amount of regeneration fluid to be sprayed to cause the reactant particles to have a regeneration fluid concentration within a range of 5-25% of the stoichiometric amount of regeneration fluid required to totally react all of the unreacted material within the SOx reactant particles; e. spraying the calculated amount of regeneration fluid onto the bottom ash from the plurality of nozzles within the cylindrical body causing the capsules of the reactant particles to open, exposing the unreacted internal core, thereby reactivating them.
Method for operating an industrial truck having at least one optical sensor (C1, C2, C3) for identifying information in the operating region of the industrial truck and a data processing device for evaluating this information and for creating instructions and/or control commands appropriate to the situation for the operation of the industrial truck, wherein the optical sensor (C1, C2, C3) detects at least one marking (1, 2, 3) made in the operating region of the industrial truck and containing the information coded with defined messages to the industrial truck, and the data processing device creates the instructions and/or control commands by evaluating these messages, wherein the messages can be actively changed by an operator and/or a control system, wherein in order to change the messages the marking (1, 2, 3) is switched over or changed by way of messages being changed manually on the marking (1, 2, 3) by an operator or the messages being changed by a central control unit.
A process of preparing a thermoplastic polymer comprising E-1,1,1,4,4,4-hexafluoro-2-butene, the process comprising heating the polymer in the presence of a blowing agent comprising Z-1,1,1,4,4,4-hexafluoro-2-butene and at least one additional co-blowing agent, at a temperature sufficient to isomerize at least a portion of the Z-1,1,1,4,4,4-hexafluoro-2-butene to the E-1,1,1,4,4,4-hexafluoro-2-butene, wherein the temperature sufficient to isomerize at least a portion of the Z-1,1,1,4,4,4-hexafluoro-2-butene to the E-1,1,1,4,4,4-hexafluoro-2-butene is at least 230°C.
A support garment (100, 200) comprising: at least a first layer of material having a first surface and a second surface opposite the first surface, the first layer of material forming at least a breast cup portion, an upper support portion positioned superior to the breast cup portion when the support garment is worn, and a lower support portion positioned inferior to the breast cup portion when the support garment is worn; the upper support portion comprising a first structural configuration comprising a first plurality of openings separated by a first plurality of struts formed by the first layer of material; and the lower support portion comprising a second structural configuration comprising a second plurality of openings separated by a second plurality of struts formed by the first layer of material, wherein the first and second pluralities of struts distribute tensioning forces in specific directions.
A method of regulating a permanent magnet synchronous motor, which is preferably installed in a vacuum device, in particular during a starting up or braking of the permanent magnet synchronous motor, wherein the permanent magnet synchronous motor comprises a permanent magnet rotor and a plurality of coils which are preferably arranged about an axis of rotation of the permanent magnet rotor and which can be controlled with a voltage vector which preferably rotates about the axis of rotation, characterized in that the method at least comprises the following steps: determining a target voltage vector, which is necessary for achieving a desired movement of the permanent magnet rotor, and a target degree of control; determining a first time period for controlling the coils with a first voltage vector and a second time period for controlling the coils with a second voltage vector such that a control of the coils resulting from the control of the coils during the first time period and the second time period is equivalent to a control of the coils with the target voltage vector and the target degree of control; controlling the coils with the first voltage vector for the first time period; controlling the coils with the second voltage vector for the second time period before or after the first time period; determining a current slope based on a current change in the coils during the first time period and/or during the second time period; and regulating the permanent magnet synchronous motor based on the determined current slope. determining a target voltage vector, which is necessary for achieving a desired movement of the permanent magnet rotor, and a target degree of control; determining a first time period for controlling the coils with a first voltage vector and a second time period for controlling the coils with a second voltage vector such that a control of the coils resulting from the control of the coils during the first time period and the second time period is equivalent to a control of the coils with the target voltage vector and the target degree of control; controlling the coils with the first voltage vector for the first time period; controlling the coils with the second voltage vector for the second time period before or after the first time period; determining a current slope based on a current change in the coils during the first time period and/or during the second time period; and regulating the permanent magnet synchronous motor based on the determined current slope.
A floor board for a rail-bound vehicle comprising a support plate, wherein at least on one side of the support plate at least in some regions an additional plate is fastened in a planar manner such that during translatory movements between said plate and the support plate high mechanical losses occur, characterized in that the support plate consists of plywood or a sandwich plate with aluminum cover layers and honeycomb or foam cores, and that the additional plate is segmented.