mhurhangee/ep-ind-claims huggingface dataset:
A self-moving device, configured to move and work in a working area defined by a limit, and comprising: a shell, a moving module, a task executing module and a control module, the control module being configured to control the moving module to drive the self-moving device to move and control the task executing module to execute a work task; the self-moving device comprising at least one capacitance sensor, which is mounted to the shell and electrically connected to the control module and configured to detect whether a surface below the self-moving device or in front of a moving direction is a surface to be processed, wherein the self-moving device is characterized in that the capacitance sensor comprises at least one probe, the probe comprises a probing surface located on the outer surface of the probe, and the probing surface is metal; wherein an area of the probing surface is larger than or equal to 28cm 2; the probe comprises a concavo-convex surface, and the probing surface comprises the concavo-convex surface, or the probe comprises a plurality of teeth, and the probing surface comprises surfaces of the teeth; wherein the capacitance sensor comprises a connecting part connected to the probe and the shell, and the connecting part is made of an elastic material to allow the probe to move relative to the shell. a shell, a moving module, a task executing module and a control module, the control module being configured to control the moving module to drive the self-moving device to move and control the task executing module to execute a work task; the self-moving device comprising at least one capacitance sensor, which is mounted to the shell and electrically connected to the control module and configured to detect whether a surface below the self-moving device or in front of a moving direction is a surface to be processed, wherein the self-moving device is characterized in that the capacitance sensor comprises at least one probe, the probe comprises a probing surface located on the outer surface of the probe, and the probing surface is metal; wherein an area of the probing surface is larger than or equal to 28cm 2; the probe comprises a concavo-convex surface, and the probing surface comprises the concavo-convex surface, or the probe comprises a plurality of teeth, and the probing surface comprises surfaces of the teeth; wherein the capacitance sensor comprises a connecting part connected to the probe and the shell, and the connecting part is made of an elastic material to allow the probe to move relative to the shell.
A support roller bearing system of a support roller of a roller hearth furnace, with: a first bearing element which can be attached to a first side wall of the roller hearth furnace, a second bearing element which can be attached to a second sidewall located opposite the first side wall, a support roller which is rotatably mountable in the roller hearth furnace with its first longitudinal end by means of the first bearing element and with its second longitudinal end by means of the second bearing element, wherein a shaft pin extends out from the first longitudinal end of the support roller, which protrudes outwards from the first bearing element and can be connected with a drive unit, characterised in that the first bearing element has a fixed bearing and the second bearing element has a floating bearing, wherein the first bearing element has at least one handling element for facilitating the handling of the support roller, which can be mechanically coupled and connected in a positively locking manner to a support roller handling device in order to withdraw a support roller together with the first bearing element from the roller hearth furnace, or to introduce the support roller together with the first bearing element into the roller hearth furnace. a first bearing element which can be attached to a first side wall of the roller hearth furnace, a second bearing element which can be attached to a second sidewall located opposite the first side wall, a support roller which is rotatably mountable in the roller hearth furnace with its first longitudinal end by means of the first bearing element and with its second longitudinal end by means of the second bearing element, wherein a shaft pin extends out from the first longitudinal end of the support roller, which protrudes outwards from the first bearing element and can be connected with a drive unit, characterised in that the first bearing element has a fixed bearing and the second bearing element has a floating bearing, wherein the first bearing element has at least one handling element for facilitating the handling of the support roller, which can be mechanically coupled and connected in a positively locking manner to a support roller handling device in order to withdraw a support roller together with the first bearing element from the roller hearth furnace, or to introduce the support roller together with the first bearing element into the roller hearth furnace.
A method for treating a container, the method comprising: inserting the container in a housing; evacuating the housing; providing at least one precursor material to the housing, wherein the first electrode has a first diameter and the second electrode has a second diameter and the first diameter is larger than the second diameter, and the first electrode and the second electrode are arranged coaxially relative to each other; forming a plasma from the at least one precursor material by applying power to the first and the second electrode; and applying the plasma to the container; characterised in that: the at least one precursor material is provided to the housing via an annulus formed between the first electrode and the second electrode; the first diameter is smaller than an opening in the container; and inserting the container in the housing comprises positioning the container such that internal deposition surfaces of the container within said housing are located outside of the annulus. inserting the container in a housing; evacuating the housing; providing at least one precursor material to the housing, wherein the first electrode has a first diameter and the second electrode has a second diameter and the first diameter is larger than the second diameter, and the first electrode and the second electrode are arranged coaxially relative to each other; forming a plasma from the at least one precursor material by applying power to the first and the second electrode; and applying the plasma to the container; the at least one precursor material is provided to the housing via an annulus formed between the first electrode and the second electrode; the first diameter is smaller than an opening in the container; and inserting the container in the housing comprises positioning the container such that internal deposition surfaces of the container within said housing are located outside of the annulus.
Spraying device having a drive motor to operate a blower, having a blowpipe, through which an air flow is conveyed from the blower, having a spraying medium tank which is arranged on a back support, and having a nozzle which is connected via a spraying medium pipe to the spraying medium tank and which feeds spraying medium to the air flow conveyed through the blowpipe, characterised in that upstream of the nozzle a pressure regulator is arranged in the spraying medium pipe, wherein the pressure regulator and the nozzle are arranged directly adjacently to each other.
A reclining apparatus for a vehicle seat, comprising: a gear plate configured to be connected to a seat cushion, having an external gear formed on an outer circumference thereof, and having a coupling protrusion provided along a circumference thereof having a rotating radius smaller than that of the external gear; a mobile flange configured to be connected to a seat back, having an internal gear formed on an inner circumference thereof, and eccentrically engaged with the external gear; and an operating unit configured to be provided in an operation space between a center hole of the gear plate and a center hole of the mobile flange to make the mobile flange be relatively rotated to the gear plate while being eccentric to the gear plate, wherein the coupling protrusion is formed along a minimum rotating radius adjacent to the center hole of the gear plate; characterized in that: one surface of the gear plate is provided with a cap in a shape covering the operating unit to prevent the operating unit from separating; wherein a locking jaw is formed along an edge of the cap and the coupling protrusion protrudes toward an inside of the center hole of the gear plate to make the locking jaw be locked to a protruded portion of the coupling protrusion. a gear plate configured to be connected to a seat cushion, having an external gear formed on an outer circumference thereof, and having a coupling protrusion provided along a circumference thereof having a rotating radius smaller than that of the external gear; a mobile flange configured to be connected to a seat back, having an internal gear formed on an inner circumference thereof, and eccentrically engaged with the external gear; and an operating unit configured to be provided in an operation space between a center hole of the gear plate and a center hole of the mobile flange to make the mobile flange be relatively rotated to the gear plate while being eccentric to the gear plate, wherein the coupling protrusion is formed along a minimum rotating radius adjacent to the center hole of the gear plate; characterized in that: one surface of the gear plate is provided with a cap in a shape covering the operating unit to prevent the operating unit from separating; wherein a locking jaw is formed along an edge of the cap and the coupling protrusion protrudes toward an inside of the center hole of the gear plate to make the locking jaw be locked to a protruded portion of the coupling protrusion. one surface of the gear plate is provided with a cap in a shape covering the operating unit to prevent the operating unit from separating; wherein a locking jaw is formed along an edge of the cap and the coupling protrusion protrudes toward an inside of the center hole of the gear plate to make the locking jaw be locked to a protruded portion of the coupling protrusion.
A method to obtain information for use with an orientation determination for a computing device, the method comprising: receiving magnetometer data at a magnetic vector filter, wherein the magnetometer data comprises sensor output from a magnetometer; receiving accelerometer data at a gravity vector filter, wherein the accelerometer data comprises sensor output from an accelerometer; receiving gyroscope data at the magnetic vector filter and the gravity vector filter, wherein the gyroscope data comprises sensor output from a gyroscope; determining a magnetic vector by using the magnetometer data and the gyroscope data in the magnetic vector filter, the magnetic vector filter being capable of determining the magnetic vector independent of accelerometer data for use with the orientation determination; and determining a gravity vector by using the accelerometer data and the gyroscope data in the gravity vector filter, wherein the gravity vector is used for determining the orientation of the computing device, wherein the magnetic vector filter is separate from the gravity vector filter. receiving magnetometer data at a magnetic vector filter, wherein the magnetometer data comprises sensor output from a magnetometer; receiving accelerometer data at a gravity vector filter, wherein the accelerometer data comprises sensor output from an accelerometer; receiving gyroscope data at the magnetic vector filter and the gravity vector filter, wherein the gyroscope data comprises sensor output from a gyroscope; determining a magnetic vector by using the magnetometer data and the gyroscope data in the magnetic vector filter, the magnetic vector filter being capable of determining the magnetic vector independent of accelerometer data for use with the orientation determination; and determining a gravity vector by using the accelerometer data and the gyroscope data in the gravity vector filter, wherein the gravity vector is used for determining the orientation of the computing device, wherein the magnetic vector filter is separate from the gravity vector filter.
A polymer mixture comprising an aqueous binder composition and vulcanized or crosslinked rubber, wherein the aqueous binder composition comprises: (a) an acrylic emulsion (co)polymer; (b) a crosslinking agent comprising a water-dispersible isocyanate composition; and (c) a foaming agent selected from the group consisting of sodium oleate, sodium alkylsulfonate and sodium alkylbenzenesulfonate, or mixtures thereof.; and wherein the vulcanized or crosslinked rubber comprises rubber powder having a sieve particle size less than 0.5 mm; and the weight ratio of the total solids weight of the acrylic emulsion (co)polymer to the total weight of the vulcanized or crosslinked rubber is from 1:4 to 1:0.2. (a) an acrylic emulsion (co)polymer; (b) a crosslinking agent comprising a water-dispersible isocyanate composition; and (c) a foaming agent selected from the group consisting of sodium oleate, sodium alkylsulfonate and sodium alkylbenzenesulfonate, or mixtures thereof.; and
An insertable filter unit for insertion into a smoking article filter having a recess, wherein the insertable filter unit comprises an outer casing defining a cavity for storing a smoke modifying agent, wherein the outer casing comprises two mutually engageable parts (35, 40) that, when engaged, define the cavity, and wherein the insertable filter unit is arranged to be inserted into the recess of the smoking article filter by a user, characterised in that the insertable filter unit contains the smoke modifying agent.
A computer-readable medium having computer-executable instructions for causing a computer to perform steps comprising: creating a plurality of closed nested transactions for a single parent transaction, wherein a transaction executes a series of reads and writes to shared memory and wherein a closed nested transaction is allowed to run to completion before processing in the parent transaction is resumed; wherein the parallel nested transactions are created for a given parent transaction lazily as needed; wherein as each respective parallel nested transaction is created, room is allocated in a log of the single parent transaction for a respective parallel nested transaction entry; wherein access to the parent log of the single parent transaction is synchronized to move the parent's current log point to acquire access to the next available space for a parallel nested transaction entry; the parallel nested transaction fills in the parallel nested transaction entry in the parent log with information; wherein the information includes a pointer to the child's log and a pointer to the write abort compensation map for the child and/or pessimistically read object table, if applicable; executing the closed nested transactions concurrently as parallel nested transactions, wherein special logic is used to execute, commit, rollback, re-execute, and retry a parallel nested transaction; and when a parallel nested transaction finishes, destroying it after it and all its parallel siblings have completed. creating a plurality of closed nested transactions for a single parent transaction, wherein a transaction executes a series of reads and writes to shared memory and wherein a closed nested transaction is allowed to run to completion before processing in the parent transaction is resumed; wherein the parallel nested transactions are created for a given parent transaction lazily as needed; wherein as each respective parallel nested transaction is created, room is allocated in a log of the single parent transaction for a respective parallel nested transaction entry; wherein access to the parent log of the single parent transaction is synchronized to move the parent's current log point to acquire access to the next available space for a parallel nested transaction entry; the parallel nested transaction fills in the parallel nested transaction entry in the parent log with information; wherein the information includes a pointer to the child's log and a pointer to the write abort compensation map for the child and/or pessimistically read object table, if applicable; executing the closed nested transactions concurrently as parallel nested transactions, wherein special logic is used to execute, commit, rollback, re-execute, and retry a parallel nested transaction; and when a parallel nested transaction finishes, destroying it after it and all its parallel siblings have completed.
A method for facilitating uplink transmission in a wireless communication system, at a base station comprising: a) identifying a group of mobile terminals to cooperate with one another during uplink transmissions; b) assigning a common OFDM sub-carrier block in the time and frequency domain, via a downlink channel to each mobile terminal in the group of mobile terminals, such that the common OFDM sub-carrier block for each mobile terminal is the same and used for uplink transmission; c) assigning a unique pilot signal for transmission within the common sub-carrier block via the downlink channel to each mobile terminal, such that the unique pilot signal within the common sub-carrier block for each of the mobile terminals is different and used for the uplink transmission; and wherein each of the mobile terminals in the group of mobile terminals concurrently uses the common OFDM sub-carrier block, and wherein a first mobile terminal comprises two antennas, the first mobile terminal being assigned two unique pilot signals to the first and penultimate subcarriers of the common subcarrier block, and wherein the two unique pilot signals are each STTD-coded over two consecutive symbol intervals such that the first unique pilot signal transmitted by the first antenna is orthogonal to the second unique pilot signal transmitted by the second antenna, and a second mobile terminal and a third mobile terminals, each having one antenna, are assigned unique pilot signals to the second and last subcarrier of the common subcarrier block, and wherein the unique pilot signals of the second mobile terminal and the third mobile terminal are each STTD-coded over two consecutive symbol intervals such that the unique pilot signals of the second mobile terminal are orthogonal to the unique pilot signals of the third mobile terminal. a) identifying a group of mobile terminals to cooperate with one another during uplink transmissions; b) assigning a common OFDM sub-carrier block in the time and frequency domain, via a downlink channel to each mobile terminal in the group of mobile terminals, such that the common OFDM sub-carrier block for each mobile terminal is the same and used for uplink transmission; c) assigning a unique pilot signal for transmission within the common sub-carrier block via the downlink channel to each mobile terminal, such that the unique pilot signal within the common sub-carrier block for each of the mobile terminals is different and used for the uplink transmission; and
A method of securely transferring master keying material between a master dongle and a plurality of slave dongles (12a-n), wherein each of the slave dongles (12a-n) contains a respective public key and a private key, wherein the master dongle contains master keying material, and wherein the master keying material is for allowing users of the dongles to securely access encrypted data; the method comprising: connecting the master dongle and the slave dongles to a data transfer system (20;30;40); and then, for each slave dongle in turn: transferring (103,104) the slave dongle's public key to the master dongle via the data transfer system; using the slave dongle's public key at the master dongle to encrypt the master keying material and hence produce encrypted master keying material at the master dongle; transferring (107,108) the encrypted master keying material to the slave dongle via the data transfer system; decrypting the encrypted master keying material with the slave dongle's private key at the slave dongle; and storing the master keying material at the slave dongle; such that a user of any of the dongles can use the master keying material to decrypt data encrypted by the same dongle or the other of the dongles. wherein each of the slave dongles (12a-n) contains a respective public key and a private key, wherein the master dongle contains master keying material, and wherein the master keying material is for allowing users of the dongles to securely access encrypted data; the method comprising: connecting the master dongle and the slave dongles to a data transfer system (20;30;40); and then, for each slave dongle in turn: transferring (103,104) the slave dongle's public key to the master dongle via the data transfer system; using the slave dongle's public key at the master dongle to encrypt the master keying material and hence produce encrypted master keying material at the master dongle; transferring (107,108) the encrypted master keying material to the slave dongle via the data transfer system; decrypting the encrypted master keying material with the slave dongle's private key at the slave dongle; and storing the master keying material at the slave dongle; such that a user of any of the dongles can use the master keying material to decrypt data encrypted by the same dongle or the other of the dongles. transferring (103,104) the slave dongle's public key to the master dongle via the data transfer system; using the slave dongle's public key at the master dongle to encrypt the master keying material and hence produce encrypted master keying material at the master dongle; transferring (107,108) the encrypted master keying material to the slave dongle via the data transfer system; decrypting the encrypted master keying material with the slave dongle's private key at the slave dongle; and storing the master keying material at the slave dongle; such that a user of any of the dongles can use the master keying material to decrypt data encrypted by the same dongle or the other of the dongles.
Bodywork panel for refrigerated vehicles, comprising: - an outer casing made from at least one gastight and liquidtight material, having opposite main plates (3, 4) and a frame forming edge faces, - and a supporting core contained inside the said outer casing, in contact with the said main plates, characterized in that the said supporting core creates open hollow cells which intercommunicate, and in that the said outer casing is provided with at least one through-orifice opening into the said outer casing and with a closure means for closing the said orifice in a gastight and liquidtight fashion. - an outer casing made from at least one gastight and liquidtight material, having opposite main plates (3, 4) and a frame forming edge faces, - and a supporting core contained inside the said outer casing, in contact with the said main plates,