mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising a data transmitter that comprises an analog front end connectable to proximal ends of a plurality of subscriber lines and a digital signal processor configured to process digital samples corresponding to a plurality of distinct groups of output signals and to drive the analog front end to cause the plurality of distinct groups of output signals to be transmitted on the subscriber lines using frequency-division multiplexing, with each of the distinct groups of the output signals being transmitted on a corresponding distinct group of the subscriber lines, at least one of the distinct groups (210 1 ) of the subscriber lines including at least two (140 1 , 140 2 ) of the subscriber lines; wherein the digital signal processor comprises a vector processor configured to precode the digital samples in a manner that causes effects of crosstalk between the distinct groups of the subscriber lines to be substantially mitigated at distal ends of the plurality of subscriber lines; wherein the vector processor is further configured to precode the digital samples in a manner that causes each of the distinct groups of the output signals to convey a different respective data block to the distal ends of the corresponding distinct group of the subscriber lines, said different respective data block being conveyed to each of the distal ends of the corresponding distinct group of the subscriber lines; wherein the apparatus further comprises a scheduler configured to control flows of data through the digital signal processor such that, during a given symbol period, a given resource block of any of the distinct groups of the output signals carries data corresponding to a single respective subscriber; and wherein the scheduler is configured to control said flows of data using one or both of time-division multiple access and frequency-division multiple access. wherein the digital signal processor comprises a vector processor configured to precode the digital samples in a manner that causes effects of crosstalk between the distinct groups of the subscriber lines to be substantially mitigated at distal ends of the plurality of subscriber lines; wherein the vector processor is further configured to precode the digital samples in a manner that causes each of the distinct groups of the output signals to convey a different respective data block to the distal ends of the corresponding distinct group of the subscriber lines, said different respective data block being conveyed to each of the distal ends of the corresponding distinct group of the subscriber lines; wherein the apparatus further comprises a scheduler configured to control flows of data through the digital signal processor such that, during a given symbol period, a given resource block of any of the distinct groups of the output signals carries data corresponding to a single respective subscriber; and wherein the scheduler is configured to control said flows of data using one or both of time-division multiple access and frequency-division multiple access.
A panaxdiol-type ginsenoside derivative, having the structure shown in formula I or formula II: in formula I and formula II, R 1 is R 2 has the structure shown in formula III: in formula III, n=0, 1 or 2, R 4 is methyl or ethyl, R 5 is one of a hydrogen atom, a substituted or unsubstituted C1-C5 alkyl, a substituted or unsubstituted benzyl and a C4-C9 heterocycloalkyl; or R 2 is in formula I and formula II, R 1 is R 2 has the structure shown in formula III: in formula III, n=0, 1 or 2, R 4 is methyl or ethyl, R 5 is one of a hydrogen atom, a substituted or unsubstituted C1-C5 alkyl, a substituted or unsubstituted benzyl and a C4-C9 heterocycloalkyl; or R 2 is
A grease composition containing a base oil and a thickening agent consisting of a calcium complex soap, said thickening agent comprising a C18-22 straight chain, substituted or unsubstituted higher mono fatty acid; a substituted or unsubstituted aromatic monocarboxylic acid having a benzene ring; 5 to 30 parts by mass with respect to 100 parts by mass of the total amount of carboxylic acid of a C2-4 straight-chain saturated lower mono fatty acid; and 1 to 70 parts by mass with respect to 100 parts by mass of the total amount of carboxylic acid of a substituted or unsubstituted saturated dicarboxylic acid, having 4 to 20 carbons as carboxylic acids constituting the calcium complex soap, wherein the amount of calcium dicarboxylate compound is 5 to 70% by mass based on the total mass of thickening agent.
A shaft cover for being placed on a shaft neck or a grade ring of a sewer shaft structure of a pavement structure , the shaft cover having a frame for accommodating a shaft lid , the frame having a support surface on a frame underside for being supported on an end face of the shaft neck or an end face of a grade ring disposed on top of the shaft neck, the frame underside having a radially outer offset for forming the support surface and for accommodating a radially outer protrusion of the end face of the shaft neck or of the grade ring in such a manner that the frame underside corresponds to the end face of the shaft neck or of the grade ring both in terms of its surface contour and its diameter when the shaft cover is placed on the shaft neck or the grade ring , characterized in that the frame has a support flank arrangement at its circumference, the support flank arrangement allowing a base course of the pavement structure surrounding the frame to be at least partially supported in at least two opposite circumferential areas of the frame .
Container for motor vehicles for receiving and transporting goods, in particular pallets , having a cuboidal outer body which can be closed by at least one cover , is formed from side walls extending over the container depth, has a container floor connecting the side walls and has a container upper part connecting the side walls , wherein stop means are allocated to the outer body , characterised in that an edge portion protruding towards the container interior is provided along the longitudinal edge of the side wall at the container upper side, which edge portion becomes a cross-piece at the container upper side, the edge portion width of which corresponds to the entry depth, and in that the stop means are allocated to the cross-piece .
Glazed panel including: two glazings, an internal glazing and an external glazing , disposed opposite one another, a spacer , placed between the two glazings, and extending peripherally, at a distance from the edges of the glazed panel, and an external sealing gasket , filling a space between the spacer and the edges of the glazed panel, characterised in that the glazed panel includes a plurality of inserts disposed in the external sealing gasket and each intended to receive a fastening element for the assembly of the glazed panel on a support structure, each insert includes: - a longitudinal and hollow body, remote from the internal glazing and including a longitudinal opening flush with an edge of the glazed panel, - at least one foot positioned on an inner face of the internal glazing , characterised in that one foot includes an orifice , open-through or not. - a longitudinal and hollow body, remote from the internal glazing and including a longitudinal opening flush with an edge of the glazed panel, - at least one foot positioned on an inner face of the internal glazing ,
A laminating system for laminating documents , comprising: a document receptacle (103-1) with a lower part (105-1) and an upper part (107-1), wherein the lower part (105-1) and the upper part (107-1) are pivotably connected to one another, and wherein at least one document can be placed on the lower part (105-1) and can be pressed against the lower part (105-1) by the pivotable upper part (107-1); a rod-shaped guide for conveying the document receptacle (103-1) along a longitudinal axis of the rod-shaped guide from a document receiving point to a laminating point , wherein the document receptacle (103-1) is pivotally mounted at the rod-shaped guide about the longitudinal axis of the rod-shaped guide ; wherein the document receptacle (103-1) is configured at the document receiving point to receive the document and to press the upper part (107-1) against the lower part (105-1) in order to fix the document ; wherein the rod-shaped guide is configured to convey the document receptacle (103-1) from the document receiving point to the laminating point after receiving the at least one document ; wherein the document receptacle (103-1) can be heated at the laminating point in order to laminate the document . a document receptacle (103-1) with a lower part (105-1) and an upper part (107-1), wherein the lower part (105-1) and the upper part (107-1) are pivotably connected to one another, and wherein at least one document can be placed on the lower part (105-1) and can be pressed against the lower part (105-1) by the pivotable upper part (107-1); a rod-shaped guide for conveying the document receptacle (103-1) along a longitudinal axis of the rod-shaped guide from a document receiving point to a laminating point , wherein the document receptacle (103-1) is pivotally mounted at the rod-shaped guide about the longitudinal axis of the rod-shaped guide ; wherein the document receptacle (103-1) is configured at the document receiving point to receive the document and to press the upper part (107-1) against the lower part (105-1) in order to fix the document ; wherein the rod-shaped guide is configured to convey the document receptacle (103-1) from the document receiving point to the laminating point after receiving the at least one document ; wherein the document receptacle (103-1) can be heated at the laminating point in order to laminate the document .
A method for receiving subframe configuration in a time division duplex system, said method being performed by a user equipment, the method comprising the steps of: • receiving downlink control information via a physical downlink control channel, PDCCH, within a common search space from a base station, wherein the downlink control information is scrambled using a radio network temporary identifier, RNTI, and the RNTI used to scramble the downlink control information is the same for each UE, including said UE; • obtaining, from the PDCCH, a feature of a flexible subframe according to the downlink control information, o wherein the flexible subframe is a subframe which can be configured to be an uplink subframe or a downlink subframe, o wherein the feature of the flexible subframe indicates whether the flexible subframe is uplink or downlink. • receiving downlink control information via a physical downlink control channel, PDCCH, within a common search space from a base station, wherein the downlink control information is scrambled using a radio network temporary identifier, RNTI, and the RNTI used to scramble the downlink control information is the same for each UE, including said UE; • obtaining, from the PDCCH, a feature of a flexible subframe according to the downlink control information, o wherein the flexible subframe is a subframe which can be configured to be an uplink subframe or a downlink subframe, o wherein the feature of the flexible subframe indicates whether the flexible subframe is uplink or downlink. o wherein the flexible subframe is a subframe which can be configured to be an uplink subframe or a downlink subframe, o wherein the feature of the flexible subframe indicates whether the flexible subframe is uplink or downlink.
A tire provided with a mark on a tire side portion , wherein the mark includes a first mark located on an outer side in a tire radial direction, and a second mark located inward of the first mark in the tire radial direction, each of the first mark and the second mark includes a recess that is recessed from a side profile surface of the tire side portion , and a depth (t1) of the recess of the first mark from the side profile surface is smaller than a depth (t2) of the recess of the second mark from the side profile surface , characterized in that the mark includes a character string in which a plurality of characters is arranged, the characters are formed by the recesses , and the character string includes a first character string provided in the first mark , and a second character string provided in the second mark . the mark includes a first mark located on an outer side in a tire radial direction, and a second mark located inward of the first mark in the tire radial direction, each of the first mark and the second mark includes a recess that is recessed from a side profile surface of the tire side portion , and a depth (t1) of the recess of the first mark from the side profile surface is smaller than a depth (t2) of the recess of the second mark from the side profile surface , characterized in that the mark includes a character string in which a plurality of characters is arranged, the characters are formed by the recesses , and the character string includes a first character string provided in the first mark , and a second character string provided in the second mark .
An objective lens unit (4; 4a; 4b; 4c; 4d; 4e; 4f) for use in an inverted microscope system including: a main body portion having an optical system for forming an image from at least observation light from a specimen (S) mounted on a stage ; and a unit attachment portion (13; 13a; 13b) that is held by the main body portion and disposed below the stage between the main body portion and the stage , the objective lens unit comprising: an objective lens for taking in the observation light; and a base portion (42; 42a) that has an approximately strip shape, wherein the base portion (42; 42a) is arranged orthogonal to an optical path (N) and comprises an objective lens holder for holding the objective lens on one end and a grip unit configured to be held by a user on another end, and is configured to be detachably attached to the unit attachment portion (13; 13a; 13b) at a position where at least an optical axis of the objective lens coincides with the optical path (N) of the observation light. an objective lens for taking in the observation light; and a base portion (42; 42a) that has an approximately strip shape, wherein the base portion (42; 42a) is arranged orthogonal to an optical path (N) and comprises an objective lens holder for holding the objective lens on one end and a grip unit configured to be held by a user on another end, and is configured to be detachably attached to the unit attachment portion (13; 13a; 13b) at a position where at least an optical axis of the objective lens coincides with the optical path (N) of the observation light.
A session establishment method, wherein the method comprises: receiving, by a session management entity , group identification information of a group to which a terminal belongs from a mobility management entity , the group being a communication group in which a plurality of terminals communicate with each other; determining, by the session management entity based on the group identification information, a user plane function entity that serves the group to which the terminal belongs, so that the same user plane function entity is selected for the plurality of terminals in the group for group communication between the plurality of terminals; and sending, by the session management entity , path information to the user plane function entity, wherein the path information is used to establish a user plane path of the terminal. receiving, by a session management entity , group identification information of a group to which a terminal belongs from a mobility management entity , the group being a communication group in which a plurality of terminals communicate with each other; determining, by the session management entity based on the group identification information, a user plane function entity that serves the group to which the terminal belongs, so that the same user plane function entity is selected for the plurality of terminals in the group for group communication between the plurality of terminals; and sending, by the session management entity , path information to the user plane function entity, wherein the path information is used to establish a user plane path of the terminal.
An inertial torque device ITD for calibrating a viscometer , the ITD comprising: a body ; a coupling for connecting the body to a spindle of the viscometer ; a rotatable inertial load device internal to the body and rotatable coupled to the body ; an electric motor internal to the body , coupled to the rotatable inertial load device and coupled to the body ; and a controller internal to the body and configured to calibrate the viscometer by controlling the electric motor to rotate the rotatable inertial load device at a predetermined acceleration to apply a predetermined torque to the coupling connected to the viscometer . a body ; a coupling for connecting the body to a spindle of the viscometer ; a rotatable inertial load device internal to the body and rotatable coupled to the body ; an electric motor internal to the body , coupled to the rotatable inertial load device and coupled to the body ; and a controller internal to the body and configured to calibrate the viscometer by controlling the electric motor to rotate the rotatable inertial load device at a predetermined acceleration to apply a predetermined torque to the coupling connected to the viscometer .
A method of unbinding control on an image forming device, the method comprising: Obtaining (S100), by the image forming device, an unbinding instruction; Sending (S101, S203), by the image forming device, a first unbinding request to a server according to the unbinding instruction, wherein the unbinding request includes identification information of the image forming device; Obtaining (S102), by the image forming device, a reply message from the server in response to the unbinding request; characterized by in response to a determination that the reply message indicates unbinding failure, automatically sending (S103), by the image forming device, a second unbinding request to the server. Obtaining (S100), by the image forming device, an unbinding instruction; Sending (S101, S203), by the image forming device, a first unbinding request to a server according to the unbinding instruction, wherein the unbinding request includes identification information of the image forming device; Obtaining (S102), by the image forming device, a reply message from the server in response to the unbinding request; characterized by in response to a determination that the reply message indicates unbinding failure, automatically sending (S103), by the image forming device, a second unbinding request to the server.
Control box for a drive motor of a fluid circulation pump, comprising; - a control board of the drive motor extending mainly in two directions forming a map plane (P1) and including at least one connection pin , said connection pin is formed following a connection plane (P2) coincident with the map plane (P1) and comprises a power portion for supplying energy to the control board and a transmission portion allowing the control board .) to receive or transmit an information signal; - a ground pin adapted to connect the drive motor to a ground to form an electrical circuit with the power portion of the connection pin ; in which the connection and ground pins are arranged in the same connection plane (P2) and are able to be connected simultaneously to the same connector characterized in that the ground pin extends inside a cutout formed in the control board . - a control board of the drive motor extending mainly in two directions forming a map plane (P1) and including at least one connection pin , said connection pin is formed following a connection plane (P2) coincident with the map plane (P1) and comprises a power portion for supplying energy to the control board and a transmission portion allowing the control board .) to receive or transmit an information signal; - a ground pin adapted to connect the drive motor to a ground to form an electrical circuit with the power portion of the connection pin ; in which the connection and ground pins are arranged in the same connection plane (P2) and are able to be connected simultaneously to the same connector
A method for controlling the dynamic behaviour of a vehicle, the method comprising: - receiving a plurality of input signals , indicative of a behaviour of a plurality of vehicle components operable by a user, - transmitting a plurality of control signals to a plurality of actuators, configured to modify the dynamic behaviour of the vehicle, - calculating , as a function of said plurality of input signals , a drive index continuously variable between two end values, indicative of a sport driving style (S) and an ecological driving style (E), respectively, - modulating said plurality of control signals as a function of said calculated drive index , the method being characterized in that it comprises: - receiving biometric signals from sensors applied to the user, the biometric signals being indicative of a psychophysical state of the user, wherein the psychophysical state of the user comprises at least one of a heartbeat rate of the user, a fatigue level of the user, and a body position of the user, - calculating a biometric corrective factor, if said biometric signals reveal a condition that causes an increase in driving danger, and - varying the drive index , towards the end value indicative of an ecological driving style (E), by a value equal to the biometric corrective factor. - receiving a plurality of input signals , indicative of a behaviour of a plurality of vehicle components operable by a user, - transmitting a plurality of control signals to a plurality of actuators, configured to modify the dynamic behaviour of the vehicle, - calculating , as a function of said plurality of input signals , a drive index continuously variable between two end values, indicative of a sport driving style (S) and an ecological driving style (E), respectively, - modulating said plurality of control signals as a function of said calculated drive index , - receiving biometric signals from sensors applied to the user, the biometric signals being indicative of a psychophysical state of the user, wherein the psychophysical state of the user comprises at least one of a heartbeat rate of the user, a fatigue level of the user, and a body position of the user, - calculating a biometric corrective factor, if said biometric signals reveal a condition that causes an increase in driving danger, and - varying the drive index , towards the end value indicative of an ecological driving style (E), by a value equal to the biometric corrective factor.
An electrochromic device comprising two electrodes, at least one of which is optically transparent, said electrodes forming an enclosed space filled with a solution which includes • an aprotic inert solvent, • an unsaturated oligomer-monomer composition, • a cathodic electrochromic component, • an anodic electrochromic component, • a photo initiator, • an adhesive, • electrolytes, characterized in that the solution also includes • an optical brightener selected from the range of aromatic or heterocyclic series and/or their mixtures, • an antioxidant selected from the range of sterically hindered phenols and/or their mixtures. • an aprotic inert solvent, • an unsaturated oligomer-monomer composition, • a cathodic electrochromic component, • an anodic electrochromic component, • a photo initiator, • an adhesive, • electrolytes, characterized in that the solution also includes • an optical brightener selected from the range of aromatic or heterocyclic series and/or their mixtures, • an antioxidant selected from the range of sterically hindered phenols and/or their mixtures. • an optical brightener selected from the range of aromatic or heterocyclic series and/or their mixtures, • an antioxidant selected from the range of sterically hindered phenols and/or their mixtures.