mhurhangee/patent-ind-claim-en huggingface dataset:
An information registration method for use in a system, the system comprising a terminal and an authentication server, wherein the terminal comprises a business application and a security information application, the method comprising, at the terminal: sending (S101) from the business application a request for registering standard information to the authentication server; receiving (S102) by the business application first authentication information fed back by the authentication server, wherein the first authentication information comprises a certificate signed, by the authentication server, using a first encryption key of the authentication server; generating (S103) by the business application a standard information acquisition request, sending the standard information acquisition request and the first authentication information to the security information application; receiving (S201), by the security information application, the first authentication information and the standard information acquisition request sent by the business application, authenticating (S202) the first authentication information, and after the authentication is approved, returning standard information signed by using second authentication information and returning an identity identifier of the standard information back to the business application; receiving by the business application the signed standard information and the identity identifier of the standard information from the security information application; and sending (S104) the signed standard information, the identity identifier of the standard information, and the first authentication information to the authentication server for approval and registration. receiving (S102) by the business application first authentication information fed back by the authentication server, wherein the first authentication information comprises a certificate signed, by the authentication server, using a first encryption key of the authentication server; generating (S103) by the business application a standard information acquisition request, sending the standard information acquisition request and the first authentication information to the security information application; receiving (S201), by the security information application, the first authentication information and the standard information acquisition request sent by the business application, authenticating (S202) the first authentication information, and after the authentication is approved, returning standard information signed by using second authentication information and returning an identity identifier of the standard information back to the business application; receiving by the business application the signed standard information and the identity identifier of the standard information from the security information application; and sending (S104) the signed standard information, the identity identifier of the standard information, and the first authentication information to the authentication server for approval and registration.
Modular pump for compressing a fluid contained in a storage tank and intended for a device requiring pressurised fluid, comprising at least: - a module receiving at least one positive displacement pump and comprising a suction zone for sucking said fluid into the positive displacement pump and a delivery zone for delivering said compressed fluid originating from the positive displacement pump , and - a pump body comprising a cavity into which the module is at least partially inserted in a removable manner, a suction line allowing for the arrival of the fluid originating from the storage tank and a delivery line allowing for the arrival of the pressurised fluid to the device, said suction and delivery lines of the pump body being fluidly connected to the suction and delivery zones of said module , when the latter is inserted into said cavity , said modular pump being characterised in that the delivery zone of the module is formed by at least one first radial groove arranged on its peripheral face of the body of the module and associated with a delivery orifice that is radial overall and arranged in said body to allow the fluid to be conveyed from the delivery side of the positive displacement pump to said first radial groove and in that the body of the module further includes two second radial grooves disposed on either side of the first radial groove and each being capable of receiving an O-ring bearing against the pump body , so as to prevent any communication between the delivery zone and the suction and return zones, or the outside of the modular pump . - a module receiving at least one positive displacement pump and comprising a suction zone for sucking said fluid into the positive displacement pump and a delivery zone for delivering said compressed fluid originating from the positive displacement pump , and - a pump body comprising a cavity into which the module is at least partially inserted in a removable manner, a suction line allowing for the arrival of the fluid originating from the storage tank and a delivery line allowing for the arrival of the pressurised fluid to the device, said suction and delivery lines of the pump body being fluidly connected to the suction and delivery zones of said module , when the latter is inserted into said cavity , said modular pump being characterised in that the delivery zone of the module is formed by at least one first radial groove arranged on its peripheral face of the body of the module and associated with a delivery orifice that is radial overall and arranged in said body to allow the fluid to be conveyed from the delivery side of the positive displacement pump to said first radial groove and in that the body of the module further includes two second radial grooves disposed on either side of the first radial groove and each being capable of receiving an O-ring bearing against the pump body , so as to prevent any communication between the delivery zone and the suction and return zones, or the outside of the modular pump .
A tangential flow separator element for separating a fluid medium for treatment into a filtrate and a retentate, said separator element comprising a monolithic rigid porous support of rectilinear structure with a single channel formed therein for passing a flow of the fluid medium for treatment between an inlet and an outlet for the retentate, in order to recover a filtrate from the peripheral surface of the support, the outside surface of the support presenting a profile that is constant such that all of the outside generator lines parallel to the central axis of the support are straight lines that are all parallel to one another, characterized in that the monolithic rigid porous support defines obstacles to the flow of the fluid for filtering, which obstacles extend from the inside wall (3 1 ) of said channel, are identical in material and porous texture to the support, and present continuity of material and of porous texture with the support such that said obstacles form integral portions of the support, at least one separator layer being deposited continuously on the inside wall (3 1 ) of the channel and completely covering the obstacles , said obstacles generating variations along the longitudinal axis of at least one of the following three criteria : the area of the right section, the shape of the right section, and the dimensions of the right section of the channel, said obstacles corresponding to discontinuous portions in relief formed on the inside wall of the channels and being of one of the following shapes - bars extending diametrically inside the channel from two facing portions of its wall, - obstacles having a sphere, egg-shaped or oblong shape in its central portion, which is attached to two symmetrically opposite portions of the wall via two respective connection arms, and - obstacles extending axially inside the channel , being connected from time to time firstly to the inside wall (3 1 ) of the support by connection bridges,and secondly to each neighbouring obstacle situated upstream and/or downstream from said obstacle. - bars extending diametrically inside the channel from two facing portions of its wall, - obstacles having a sphere, egg-shaped or oblong shape in its central portion, which is attached to two symmetrically opposite portions of the wall via two respective connection arms, and - obstacles extending axially inside the channel , being connected from time to time firstly to the inside wall (3 1 ) of the support by connection bridges,and secondly to each neighbouring obstacle situated upstream and/or downstream from said obstacle.
A device for loading and unloading as well as using a machine vice of a machine tool , the device comprising a positioning apparatus mounted so as to be displaceable along a longitudinal direction (L), a coupling unit moveable in conjunction with the positioning apparatus being disposed on one end of the positioning apparatus in the longitudinal direction (L) for being detachably and mechanically coupled with a machine vice of the machine tool and for being used, in particular for opening and closing the machine vice , and a workpiece handling unit , in particular a multiaxial robot unit, being disposed on the positioning apparatus in the longitudinal direction (L) behind the coupling unit so as to be moveable with the positioning apparatus .
An automatic leveling washing machine, comprising a shell and a barrel assembly set in the shell for washing clothes, wherein a bottom plate of the shell is provided with a leveling bottom foot , a hydraulic medium is provided inside the leveling bottom foot and flows inside the leveling bottom foot and/or between leveling bottom feet for automatically leveling the washing machine, and the bottom plate of the shell is provided with a mounting groove for fixing and mounting the leveling bottom foot , wherein the leveling bottom foot comprises a fixed part and a movable part, and a hollow cavity which is provided with hydraulic medium is formed between the fixed part and the movable part; the hydraulic medium flows in the hollow cavity inside the leveling bottom foot and/or between the hollow cavities of leveling bottom feet under an action of pressure for allowing the movable part to expand and contract, and to execute automatic leveling; and the mounting groove comprises a stamping groove which is stamped and formed on the bottom plate , the stamping groove matches with the fixed part of the leveling bottom foot, and the fixed part of the leveling bottom foot is fixed in the stamping groove , wherein the fixed part comprises a foot base, the movable part comprises a flexible housing and an adjustable foot being slidably sleeved in the foot base, a mounting chamber is formed by the adjustable foot and the foot base, the flexible housing is set in the mounting chamber, a hollow cavity is provided in the flexible housing and is provided with a hydraulic medium therein, one end of the foot base is fixed in the stamping groove and at least part of a circumferential surface of the foot base is in close contact with an inner wall of the stamping groove .
Energy storage arrangement for a motor vehicle, comprising: - a closed housing ; - at least one energy storage device arranged in the housing for storing fuel or electric energy; - a pressure sensor , which is provided for detecting the internal pressure (p) in the housing ; - an evaluation device , which is provided for determining a collision-induced force (F) on the housing , by evaluating the internal pressure (p) detected with the aid of the pressure sensor , characterized in that a free deformation space is provided in the housing between the energy storage device and a housing base , wherein the evaluation device is designed to determine a collision-induced impact of the housing base on the energy storage device , by evaluating the internal pressure (p) detected with the aid of the pressure sensor . - a closed housing ; - at least one energy storage device arranged in the housing for storing fuel or electric energy; - a pressure sensor , which is provided for detecting the internal pressure (p) in the housing ; - an evaluation device , which is provided for determining a collision-induced force (F) on the housing , by evaluating the internal pressure (p) detected with the aid of the pressure sensor ,
A screen exchange device comprising: a disk comprising a plurality of screens , each having at least one through-hole to reduce a size of a biological tissue, the screens having different through-hole characteristics; a first cover that covers a first side of the disk and comprises a first opening through which a biological tissue passes; a second cover that covers a second side of the disk and comprises a second opening through which the biological tissue passes; a housing configured to receive the disk; and a manipulator configured to select a screen from the plurality of screens and manipulate the first cover or the second cover such that the selected screen communicates with the first opening and the second opening. a disk comprising a plurality of screens , each having at least one through-hole to reduce a size of a biological tissue, the screens having different through-hole characteristics; a first cover that covers a first side of the disk and comprises a first opening through which a biological tissue passes; a second cover that covers a second side of the disk and comprises a second opening through which the biological tissue passes; a housing configured to receive the disk; and a manipulator configured to select a screen from the plurality of screens and manipulate the first cover or the second cover such that the selected screen communicates with the first opening and the second opening.
Torsional vibration damper having a first centrifugal mass and a second centrifugal mass which are arranged such that they can be rotated relative to one another counter to the force of at least one force accumulator , and which are mounted relative to one another by means of an axial bearing and by means of a radial bearing , the axial bearing and the radial bearing being configured as plain bearings, and a number of screwing bores for screwing to a crankshaft of an internal combustion engine being arranged in one of the centrifugal masses , one of the two bearings of axial bearing and radial bearing being arranged radially inside the screwing bores , and the other one of the two bearings of axial bearing and radial bearing being arranged radially outside the screwing bores , the two centrifugal masses in each case having a planar annular sliding face which extends in the radial direction and in the circumferential direction, which sliding faces lie substantially opposite one another, a bearing ring of the axial bearing being arranged between the two sliding faces , characterized in that a friction ring is arranged between the bearing ring of the axial bearing and a sliding face of a centrifugal mass .
A device for closing the tail end of a roll of web material comprising: - a feeding path (P) of the rolls (R) to be closed; - a closing station along the feeding path (P) for closing the tail end (L) of the rolls (R); - in the closing station of the tail end, two rollers forming a cradle for receiving the rolls (R) and a closing member for closing the tail end; characterized by further comprising a rotating assembly rotating around a rotation axis (A-A) transverse with respect to the roll feeding path (P), and comprising groups of arms arranged with respect to one another angularly displaced around said rotation axis (A-A), each arm comprising a front part configured to eject a roll (R) from the cradle and a back part , configured to hold subsequent rolls (R) along the feeding path (P), thus preventing said rolls (R) from entering in the closing station until the roll (R) has been ejected from said cradle , a one-step rotation of said rotating assembly causing the ejection of a closed roll (R) from the cradle and allowing a subsequent roll (R) to be closed to enter said cradle . - a feeding path (P) of the rolls (R) to be closed; - a closing station along the feeding path (P) for closing the tail end (L) of the rolls (R); - in the closing station of the tail end, two rollers forming a cradle for receiving the rolls (R) and a closing member for closing the tail end;
A deceleration mechanism , comprising a first gear and a second gear , the deceleration mechanism comprising a first tooth part arranged in the first gear and extending spirally in an axial direction of the first gear ; a plurality of second tooth parts , arranged on the second gear , inclined with respect to the axial direction of the first gear , and arranged in a circumferential direction of the second gear ; the deceleration mechanism is characterized in further comprising: an engagement projected part , arranged on the first tooth part , formed in an arc shape in a direction orthogonal to the axial direction of the first gear , and having a curvature center (C2) at a position eccentric from a rotation center (C1) of the first gear ; and an engagement recessed part , arranged between the adjacent second tooth parts of the plurality of second tooth parts , formed in an arc shape in a direction orthogonal to the axial direction of the first gear , and engaged with the engagement projected part . a first tooth part arranged in the first gear and extending spirally in an axial direction of the first gear ; a plurality of second tooth parts , arranged on the second gear , inclined with respect to the axial direction of the first gear , and arranged in a circumferential direction of the second gear ; the deceleration mechanism is characterized in further comprising: an engagement projected part , arranged on the first tooth part , formed in an arc shape in a direction orthogonal to the axial direction of the first gear , and having a curvature center (C2) at a position eccentric from a rotation center (C1) of the first gear ; and an engagement recessed part , arranged between the adjacent second tooth parts of the plurality of second tooth parts , formed in an arc shape in a direction orthogonal to the axial direction of the first gear , and engaged with the engagement projected part . an engagement projected part , arranged on the first tooth part , formed in an arc shape in a direction orthogonal to the axial direction of the first gear , and having a curvature center (C2) at a position eccentric from a rotation center (C1) of the first gear ; and an engagement recessed part , arranged between the adjacent second tooth parts of the plurality of second tooth parts , formed in an arc shape in a direction orthogonal to the axial direction of the first gear , and engaged with the engagement projected part .
A transceiver configured to indicate delays added to packets due to retransmission events, comprising: a first scheduler , memory , a retransmission module , a second scheduler , a delay indicator module , and a physical layer module ; the first scheduler is configured to receive packet streams, multiplex the packet streams into a first multiplexed packet stream, and to add time indications; the memory is configured to store the first multiplexed packet stream together with the time indications; the retransmission module is configured to receive a retransmission request and to select data for retransmission; the second scheduler is configured to receive the first multiplexed packet stream and the data for retransmission, and to multiplex the first multiplexed packet stream and the data for retransmission into a second multiplexed packet stream; the delay indicator module is configured to utilize the time indications to calculate delays added to packets of the second multiplexed packet stream, as a result of fulfilling the retransmission request, in order to achieve an approximately fixed transmission latency with latency variation below 5 microseconds; the delay indicator module is further configured to add the calculated delays to at least some of the packets of the second multiplexed packet stream; and the physical layer module is configured to transmit the second multiplexed packet stream. a first scheduler , memory , a retransmission module , a second scheduler , a delay indicator module , and a physical layer module ; the first scheduler is configured to receive packet streams, multiplex the packet streams into a first multiplexed packet stream, and to add time indications; the memory is configured to store the first multiplexed packet stream together with the time indications; the retransmission module is configured to receive a retransmission request and to select data for retransmission; the second scheduler is configured to receive the first multiplexed packet stream and the data for retransmission, and to multiplex the first multiplexed packet stream and the data for retransmission into a second multiplexed packet stream; the delay indicator module is configured to utilize the time indications to calculate delays added to packets of the second multiplexed packet stream, as a result of fulfilling the retransmission request, in order to achieve an approximately fixed transmission latency with latency variation below 5 microseconds; the delay indicator module is further configured to add the calculated delays to at least some of the packets of the second multiplexed packet stream; and the physical layer module is configured to transmit the second multiplexed packet stream.