mhurhangee/patent-ind-claim-en huggingface dataset:
Device for relieving pressure in hydraulic pipes, particularly in connecting pipes comprising junctions between attachments comprising hydraulically actuatable actuators and work equipment supplying said attachments, having a control block connected to the pipe to be relieved, said control block containing an unlockable non-return valve as a relief valve, having a pressure accumulator receiving a relief volume when the non-return valve is unlocked and having an actuating element that can be moved manually to unlock the non-return valve , said actuating element being arranged on the housing of the pressure accumulator such that it can move, characterised in that the pressure accumulator is provided with a housing extending along a longitudinal axis and in that the actuating element in the form of an actuating rod is guided coaxially through the housing to the closing mechanism of the non-return valve , which can be moved against a closing force into the unlocked position by means of the actuating rod .
A thickened aqueous composition comprising: a. from 0.1% to 4%, by weight, of an superabsorbent polymer; b. from 0.1% to 20%, preferably from 0.2% to 10%, and more preferably from 0.3% to 5%, by weight, of a silicone elastomer; and c. from 20% to 98% of water. a. from 0.1% to 4%, by weight, of an superabsorbent polymer; b. from 0.1% to 20%, preferably from 0.2% to 10%, and more preferably from 0.3% to 5%, by weight, of a silicone elastomer; and c. from 20% to 98% of water.
Sensor system for determining at least one rotation characteristic of an element rotating about at least one axis of rotation , comprising at least one circuit carrier , wherein the circuit carrier carries an exciter coil , wherein the exciter coil encloses at least one excitation region , wherein the circuit carrier also carries at least two receiving coils in the excitation region , wherein each of the receiving coils encloses at least two non-congruent sub-regions within the excitation region which are enclosed in opposite directions by the respective receiving coil , wherein the receiving coils have a substantially identical geometry, wherein the receiving coils are arranged rotationally relative to one another about the axis of rotation , wherein the sensor system also has at least one encoder wheel connected to the element rotating about the axis of rotation , wherein the encoder wheel is designed asymmetrically with respect to the axis of rotation in such a way that a projection of the encoder wheel into a plane of the circuit carrier in different angular positions of the rotating element covers different regions of the receiving coils , wherein the sensor system also has at least one controller for determining the at least one rotation characteristic from signals from the receiving coils , characterized in that the circuit carrier also carries at least one diagnostic coil outside the excitation region , wherein the diagnostic coil encloses at least two non-congruent diagnostic regions which are enclosed in opposite directions by the diagnostic coil , and wherein the diagnostic coil is connected to the controller .
A system having scalable sockets to support User Datagram Protocol, UDP, connections , the system comprising: a plurality of UDP sockets , each of the plurality of UDP sockets associated with a corresponding one of a plurality of UDP connections , one or more remote clients connecting to one or more of the plurality of UDP connections; a send buffer and a receive buffer for each UDP socket of the plurality of UDP sockets, the send buffer and the receive buffer performing one or more synchronization operations on network traffic to be communicated via a network stack; and a processor performing a network stack lookup for a plurality of UDP flows corresponding to the network traffic using the network stack to identify the UDP socket corresponding to the remote client, wherein the network stack lookup is performed for each of the UDP connections, having corresponding UDP flows, and comprises identifying a socket object on which to deliver data, each of the plurality of UDP flows corresponding to one of the plurality of UDP connections to support communication of the network traffic over the plurality of UDP connections using the plurality of UDP sockets. a plurality of UDP sockets , each of the plurality of UDP sockets associated with a corresponding one of a plurality of UDP connections , one or more remote clients connecting to one or more of the plurality of UDP connections; a send buffer and a receive buffer for each UDP socket of the plurality of UDP sockets, the send buffer and the receive buffer performing one or more synchronization operations on network traffic to be communicated via a network stack; and a processor performing a network stack lookup for a plurality of UDP flows corresponding to the network traffic using the network stack to identify the UDP socket corresponding to the remote client, wherein the network stack lookup is performed for each of the UDP connections, having corresponding UDP flows, and comprises identifying a socket object on which to deliver data, each of the plurality of UDP flows corresponding to one of the plurality of UDP connections to support communication of the network traffic over the plurality of UDP connections using the plurality of UDP sockets.
A vehicular lamp comprising: an optical member (24; 224) having a reflective surface (24a; 224a) that reflects light from a light source ; a heat radiating member (32; 332) configured to radiate heat generated by the light source ; a fan (36; 336) configured to blow air to the heat radiating member (32; 332), a blowing mechanism (40; 332f) configured to lead air blown from the fan (36; 336) to the reflective surface (24a; 224a) of the optical member (24; 224), wherein: the heat radiating member (32; 332) has a mounting surface (32c; 332c) to which the light source is mounted; the fan (36; 336) is provided on a fan side of the heat radiating member (36; 336), the fan side of the heat radiating member (36; 336) being a opposite side of the heat radiating member (36; 336) from the mounting surface (32c; 332c); and the blowing mechanism (40; 332f) includes a vent that extends through the heat radiating member (36; 336) from the fan side of the heat radiating member (36; 336) to a mounting surface side of the heat radiating member (36; 336), characterized in that the vent is formed such that an open end of the vent on the mounting surface side is opposite to the reflective surface (24a; 224a). an optical member (24; 224) having a reflective surface (24a; 224a) that reflects light from a light source ; a heat radiating member (32; 332) configured to radiate heat generated by the light source ; a fan (36; 336) configured to blow air to the heat radiating member (32; 332), a blowing mechanism (40; 332f) configured to lead air blown from the fan (36; 336) to the reflective surface (24a; 224a) of the optical member (24; 224), wherein: the heat radiating member (32; 332) has a mounting surface (32c; 332c) to which the light source is mounted; the fan (36; 336) is provided on a fan side of the heat radiating member (36; 336), the fan side of the heat radiating member (36; 336) being a opposite side of the heat radiating member (36; 336) from the mounting surface (32c; 332c); and the blowing mechanism (40; 332f) includes a vent that extends through the heat radiating member (36; 336) from the fan side of the heat radiating member (36; 336) to a mounting surface side of the heat radiating member (36; 336), characterized in that the vent is formed such that an open end of the vent on the mounting surface side is opposite to the reflective surface (24a; 224a). the heat radiating member (32; 332) has a mounting surface (32c; 332c) to which the light source is mounted; the fan (36; 336) is provided on a fan side of the heat radiating member (36; 336), the fan side of the heat radiating member (36; 336) being a opposite side of the heat radiating member (36; 336) from the mounting surface (32c; 332c); and the blowing mechanism (40; 332f) includes a vent that extends through the heat radiating member (36; 336) from the fan side of the heat radiating member (36; 336) to a mounting surface side of the heat radiating member (36; 336), characterized in that the vent is formed such that an open end of the vent on the mounting surface side is opposite to the reflective surface (24a; 224a).
An agricultural round baler , comprising: a frame ; a tail gate arrangement carried by the frame and arranged in an arcuate arrangement around a bale chamber ; and the tail gate arrangement include an upper tail gate arrangement and a lower tail gate arrangement , the upper tail gate arrangement having a first pivot axis located at an upper, forward portion thereof, the lower tail gate arrangement having a second pivot axis located at an approximate center of the bale chamber when viewed in cross section; characterized in that the agricultural round baler further includes an electrical processing circuit which is configured for carrying out a bale discharge operation using the upper tail gate arrangement and the lower tail gate arrangement , based on the following discharge sequence: sensing a full bale condition within the bale chamber , corresponding to a predetermined size of the bale; opening the upper tail gate arrangement by pivoting the upper tail gate arrangement about the first pivot axis to an open position; and ejecting the bale by pivoting the lower tail gate arrangement about the second pivot axis to an eject position. a frame ; a tail gate arrangement carried by the frame and arranged in an arcuate arrangement around a bale chamber ; and the tail gate arrangement include an upper tail gate arrangement and a lower tail gate arrangement , the upper tail gate arrangement having a first pivot axis located at an upper, forward portion thereof, the lower tail gate arrangement having a second pivot axis located at an approximate center of the bale chamber when viewed in cross section; characterized in that the agricultural round baler further includes an electrical processing circuit which is configured for carrying out a bale discharge operation using the upper tail gate arrangement and the lower tail gate arrangement , based on the following discharge sequence: sensing a full bale condition within the bale chamber , corresponding to a predetermined size of the bale; opening the upper tail gate arrangement by pivoting the upper tail gate arrangement about the first pivot axis to an open position; and ejecting the bale by pivoting the lower tail gate arrangement about the second pivot axis to an eject position. sensing a full bale condition within the bale chamber , corresponding to a predetermined size of the bale; opening the upper tail gate arrangement by pivoting the upper tail gate arrangement about the first pivot axis to an open position; and ejecting the bale by pivoting the lower tail gate arrangement about the second pivot axis to an eject position.
A friction stir welding tool , comprising: a head ; a tool holder ; being characterized in that : the tool holder having a central recess in which the head is received; a body between the head and the tool holder , the body attached to the head and the tool holder , an interior of the body including: a pressure sensor received in the central recess of the tool holder , wherein the pressure sensor is immediately adjacent to, abutting, or directly abutting the head ; a temperature sensor ; a torque sensor ; and a communication node in electronic communication with the pressure sensor , the temperature sensor , and the torque sensor , the communication node configured for wireless communication with a computing device. a head ; a tool holder ; being characterized in that : the tool holder having a central recess in which the head is received; a body between the head and the tool holder , the body attached to the head and the tool holder , an interior of the body including: a pressure sensor received in the central recess of the tool holder , wherein the pressure sensor is immediately adjacent to, abutting, or directly abutting the head ; a temperature sensor ; a torque sensor ; and a communication node in electronic communication with the pressure sensor , the temperature sensor , and the torque sensor , the communication node configured for wireless communication with a computing device. the tool holder having a central recess in which the head is received; a body between the head and the tool holder , the body attached to the head and the tool holder , an interior of the body including: a pressure sensor received in the central recess of the tool holder , wherein the pressure sensor is immediately adjacent to, abutting, or directly abutting the head ; a temperature sensor ; a torque sensor ; and a communication node in electronic communication with the pressure sensor , the temperature sensor , and the torque sensor , the communication node configured for wireless communication with a computing device. a pressure sensor received in the central recess of the tool holder , wherein the pressure sensor is immediately adjacent to, abutting, or directly abutting the head ; a temperature sensor ; a torque sensor ; and a communication node in electronic communication with the pressure sensor , the temperature sensor , and the torque sensor , the communication node configured for wireless communication with a computing device.
Mould element intended to be fitted in a mould for vulcanizing a tread of a tyre, said mould element comprising a moulding part configured to mould at least one sipe or groove in the tread of the tyre, wherein: the moulding part comprises: - a main body ; - an opening in the main body ; characterized in that said moulding part comprises: - an insert intended to be housed in the opening , said insert having a texture ; - securing means for securing the insert to the main body ; and in that the main body of the mould element is made by a first manufacturing method and the insert is made by a second manufacturing method different from the first method. the moulding part comprises: - a main body ; - an opening in the main body ; - a main body ; - an opening in the main body ; characterized in that said moulding part comprises: - an insert intended to be housed in the opening , said insert having a texture ; - securing means for securing the insert to the main body ; - an insert intended to be housed in the opening , said insert having a texture ; - securing means for securing the insert to the main body ; and in that the main body of the mould element is made by a first manufacturing method and the insert is made by a second manufacturing method different from the first method.
An image forming method, comprising: subjecting, to a discharge treatment with a dosage of 10 W·min/m 2 or more and 200 W·min/m 2 or less, an outermost surface on which an image is to be formed of a liner of a recording medium corresponding to a corrugated cardboard including a corrugating medium and the liner; heating the recording medium subjected to the discharge treatment; ejecting a droplet of an actinic radiation-curable inkjet ink from a nozzle of an inkjet head within 60 seconds after the discharge treatment, the actinic radiation-curable inkjet ink containing a photocurable compound and a gelling agent having an alkyl group having 12 or more and 26 or less carbon atoms and to undergo sol-gel phase transition depending on temperature, and allowing the droplet to land on the outermost surface of the heated recording medium subjected to the discharge treatment; and irradiating the droplet having landed on the outermost surface with actinic radiation. subjecting, to a discharge treatment with a dosage of 10 W·min/m 2 or more and 200 W·min/m 2 or less, an outermost surface on which an image is to be formed of a liner of a recording medium corresponding to a corrugated cardboard including a corrugating medium and the liner; heating the recording medium subjected to the discharge treatment; ejecting a droplet of an actinic radiation-curable inkjet ink from a nozzle of an inkjet head within 60 seconds after the discharge treatment, the actinic radiation-curable inkjet ink containing a photocurable compound and a gelling agent having an alkyl group having 12 or more and 26 or less carbon atoms and to undergo sol-gel phase transition depending on temperature, and allowing the droplet to land on the outermost surface of the heated recording medium subjected to the discharge treatment; and irradiating the droplet having landed on the outermost surface with actinic radiation.
A base station apparatus comprising: an acquisition unit configured to acquire information for correcting a result of measurements of a reference signal for selecting a cell by a terminal apparatus , the corrected result being used by the terminal apparatus for selecting a cell; and a control unit configured to transmit the reference signal over a plurality of directional beams in different directions and to notify a terminal apparatus of the information, characterized in that the information is information for correcting the result of the measurements by a difference between an amount corresponding to power allocated by the base station to directional beams of the reference signal for selecting a cell and an amount corresponding to power allocated to directional beams of a reference signal for demodulating a data signal. an acquisition unit configured to acquire information for correcting a result of measurements of a reference signal for selecting a cell by a terminal apparatus , the corrected result being used by the terminal apparatus for selecting a cell; and a control unit configured to transmit the reference signal over a plurality of directional beams in different directions and to notify a terminal apparatus of the information, characterized in that the information is information for correcting the result of the measurements by a difference between an amount corresponding to power allocated by the base station to directional beams of the reference signal for selecting a cell and an amount corresponding to power allocated to directional beams of a reference signal for demodulating a data signal.
Elastic element for a vehicle, in particular for an undercarriage of a rail vehicle, having a housing, and having at least a first buffer which is elastically connected to the housing, and having at least a first fluid chamber and a second fluid chamber which are surrounded by the housing, characterized in that the housing comprises at least a first housing part and a second housing part which are connected to one another, wherein at least one plate having at least one fluid channel, which is provided in a manner extending through the at least one plate and connecting the at least first fluid chamber to the second chamber , is arranged between the at least first housing part and the second housing part and is releasably connected to the housing , and wherein the at least first buffer is arranged adjacent to the at least first fluid chamber , wherein the housing is connectable to a first vehicle component or undercarriage component and at least the first buffer is oriented so as to be able to be brought into contact with a second vehicle component or undercarriage component.
An aerated food product which comprises between 40wt% and 95wt% of at least one edible plant paste and which has an overrun ranging from 7% to 150%, wherein the edible plant paste is not a dry particulate or powder composition.
A luminaire network system comprising one or more luminaires , wherein a luminaire thereof is provided with - a luminaire controller , and - a storage device configured to store messages to be transmitted in a queue (Q, Q1, Qa, Qb); characterized in that the luminaire controller is configured: - to associate a message in the queue (Q, Q1, Qa, Qb) with an indication (t0, Δt; ts; p) of a time before which the message needs to be transmitted; - to check whether the indication of at least one message of a plurality of messages in the queue indicates that said at least one message has to be transmitted; - to transmit the plurality of messages in the queue, when a result of the checking is that said at least one message has to be transmitted. - a luminaire controller , and - a storage device configured to store messages to be transmitted in a queue (Q, Q1, Qa, Qb); - to associate a message in the queue (Q, Q1, Qa, Qb) with an indication (t0, Δt; ts; p) of a time before which the message needs to be transmitted; - to check whether the indication of at least one message of a plurality of messages in the queue indicates that said at least one message has to be transmitted; - to transmit the plurality of messages in the queue, when a result of the checking is that said at least one message has to be transmitted.
Device for treating fibrous material in a working chamber of a treatment housing in which are disposed at least one rotating treatment tool and one non-rotating treatment tool , wherein the treatment tools have a rotationally symmetrical shape, are disposed so as to be mutually coaxial, and delimit a treatment gap which is passed through by a stream of the fibrous material; the rotating treatment tool is connected to a rotating drive shaft mounted in a bearing of a bearing housing disposed outside the working chamber , and which between the working chamber and the bearing housing is sealed in relation to the treatment housing by way of a seal which comprises at least one sealing duct for a barrier fluid, characterized in that the bearing housing possesses at least one cooling duct which is connected to a sealing duct and is passed through by a stream of the barrier fluid.
Hydraulic door, gate or window drive having a drive housing and a valve , wherein the valve is arranged in a hydraulic duct of the hydraulic door, gate or window drive through which hydraulic fluid can flow, having a valve member which is axially displaceable in a valve bore of the valve , and having a throttle contour which comprises a plurality of outflow ducts on the inner circumference of the valve bore and which, in dependence on the axial displacement of the valve member relative to the valve bore are opened or closed to allow overflow of the hydraulic fluid and by means of which the throughflow of the overflowing hydraulic fluid can be regulated via an axial displacement of the valve member , the hydraulic door, gate or window drive comprising a sleeve which is inserted into a corresponding bore of the drive housing, and the valve bore being formed by the corresponding bore in the sleeve inserted into the drive housing , and the throttle contour being provided on the inner circumference of the sleeve , characterized in that the throttle contour comprises a plurality of outflow ducts distributed in the circumferential direction, a respective outflow duct of the throttle contour extending at least substantially in the axial direction in which the valve member is displaceable, and in that different outflow ducts have different flow cross sections in which the throttle contour comprises at least one outflow duct having a flow cross section which, at least in certain portions, becomes larger or smaller in a stepwise manner, and/or comprises at least one outflow duct having a flow cross section which, at least in certain portions, becomes continuously larger or continuously smaller in the axial direction.