mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising: a power receiving unit configured to receive an electric power wirelessly transmitted in a non-contact manner from a power feeding device provided outside the vehicle ; a power storage device ; a charger configured to charge the power storage device using the electric power received by the power receiving unit ; and a charging control unit configured to control the charger , the vehicle being characterized in that the charging control unit is configured to: determine whether the vehicle is in a rest state before starting charging the power storage device ; detect an initial position of the vehicle at the beginning of charging the power storage device ; cause the power feeding device to stop transmitting the electric power to stop charging the power storage device , when the charging control unit determines a variation in position of the vehicle not lower than a predetermined threshold while charging the power storage device ; and cause the power feeding device to resume transmitting the electric power to charge the power storage device , when a resume condition for charging the power storage device is satisfied during stopping charging the power storage device . a power receiving unit configured to receive an electric power wirelessly transmitted in a non-contact manner from a power feeding device provided outside the vehicle ; a power storage device ; a charger configured to charge the power storage device using the electric power received by the power receiving unit ; and a charging control unit configured to control the charger , the vehicle being characterized in that the charging control unit is configured to: determine whether the vehicle is in a rest state before starting charging the power storage device ; detect an initial position of the vehicle at the beginning of charging the power storage device ; cause the power feeding device to stop transmitting the electric power to stop charging the power storage device , when the charging control unit determines a variation in position of the vehicle not lower than a predetermined threshold while charging the power storage device ; and cause the power feeding device to resume transmitting the electric power to charge the power storage device , when a resume condition for charging the power storage device is satisfied during stopping charging the power storage device . determine whether the vehicle is in a rest state before starting charging the power storage device ; detect an initial position of the vehicle at the beginning of charging the power storage device ; cause the power feeding device to stop transmitting the electric power to stop charging the power storage device , when the charging control unit determines a variation in position of the vehicle not lower than a predetermined threshold while charging the power storage device ; and cause the power feeding device to resume transmitting the electric power to charge the power storage device , when a resume condition for charging the power storage device is satisfied during stopping charging the power storage device .
Matrix hob with at least one hob apparatus (10a-e) with at least one positioning unit (12a-e), which is provided to mechanically specify a preferred placement position (14a-e) of at least one cooking utensil (16a-e) on a hob plate (18a-e) in at least one operating state.
Method for determining a mass (m) of an attachment which is coupled on the front side to a supporting structure of a work vehicle by means of a front power lift , wherein the power lift has at least one upper link , at least one lower link and a length-adjustable lifting arm , wherein one operative end of the lifting arm is connected in an articulated manner to the supporting structure and another operative end of the lifting arm is coupled to a link connecting point (D) of the lower link , characterized in that the mass m of the attachment is determined in accordance with m = AD ̅ ⋅ F → Zyl ⋅ cos φ + γ + AK ̅ ⋅ F → E ⋅ sin ψ − φ AK ̅ ⋅ g ⋅ cos φ − θ depending on the following variables: - an angle ψ between the upper link and a vehicle horizontal , - an angle φ between the lower link and the vehicle horizontal , - an angle γ between a vehicle vertical and a connecting section between two operative ends of the lifting arm , - an angle of inclination θ of the vehicle horizontal in relation to the earth horizontal , - a section AK which represents a connection along the lower link between the supporting structure and the attachment , - a section AD which represents a connection along the lower link between the supporting structure and the link connecting point (D), - a force F Zyl which is effective between the two operative ends of the lifting arm , and - a force F E acting on a connection between upper link and attachment and effective along the upper link . - an angle ψ between the upper link and a vehicle horizontal , - an angle φ between the lower link and the vehicle horizontal , - an angle γ between a vehicle vertical and a connecting section between two operative ends of the lifting arm , - an angle of inclination θ of the vehicle horizontal in relation to the earth horizontal , - a section AK which represents a connection along the lower link between the supporting structure and the attachment , - a section AD which represents a connection along the lower link between the supporting structure and the link connecting point (D), - a force F Zyl which is effective between the two operative ends of the lifting arm , and - a force F E acting on a connection between upper link and attachment and effective along the upper link .
A method for information transmission, comprising: sending signal indication information to a receiver and transmitting a signal according to the signal indication information, wherein the signal indication information comprises at least one of: interference layer information, power ratio indication information, precoding or port information (S102); wherein the signal indication information is transmitted through Downlink Control Information, DCI, and the DCI comprises: additional x bits and DCI in a control information format Y, wherein the additional x bits is configured to indicate the value of the signal indication information, x is a positive integer and Y is a format identifier which is a number or a combination of a number and a letter; characterized in that in the additional x bits, n bits is configured to jointly indicate the value of two or more than two pieces of the signal indication information, n being an integer of 1~x;and when n bits in the x bits is configured to jointly indicate the value of two or more than two pieces of the signal indication information, the interference layer information and the power ratio indication information are jointly indicated. sending signal indication information to a receiver and transmitting a signal according to the signal indication information, wherein the signal indication information comprises at least one of: interference layer information, power ratio indication information, precoding or port information (S102); wherein the signal indication information is transmitted through Downlink Control Information, DCI, and the DCI comprises: additional x bits and DCI in a control information format Y, wherein the additional x bits is configured to indicate the value of the signal indication information, x is a positive integer and Y is a format identifier which is a number or a combination of a number and a letter; characterized in that in the additional x bits, n bits is configured to jointly indicate the value of two or more than two pieces of the signal indication information, n being an integer of 1~x;and when n bits in the x bits is configured to jointly indicate the value of two or more than two pieces of the signal indication information, the interference layer information and the power ratio indication information are jointly indicated.
A presser assembly for a blank making machine, comprising: a shaft having a terminal end; a foot operatively coupled to the terminal end of the shaft; and characterized in that there is: a rail defining an upper channel and a lower channel , the foot being receivable in the upper channel ; and a planar member retained in the lower channel of the rail wherein the upper channel is wider than the lower channel , and wherein the rail has a lower portion defined by a base and first and second upturned members extending from the base , and an upper portion defined by a first wall extending from an exterior surface of the first upturned member and a second wall extending from an exterior surface of the second upturned member , and wherein top surfaces of the upturned walls define a lower bound of the upper channel and provide a seat for the foot . a shaft having a terminal end; a foot operatively coupled to the terminal end of the shaft; and characterized in that there is: a rail defining an upper channel and a lower channel , the foot being receivable in the upper channel ; and a planar member retained in the lower channel of the rail wherein the upper channel is wider than the lower channel , and wherein the rail has a lower portion defined by a base and first and second upturned members extending from the base , and an upper portion defined by a first wall extending from an exterior surface of the first upturned member and a second wall extending from an exterior surface of the second upturned member , and wherein top surfaces of the upturned walls define a lower bound of the upper channel and provide a seat for the foot . a rail defining an upper channel and a lower channel , the foot being receivable in the upper channel ; and a planar member retained in the lower channel of the rail wherein the upper channel is wider than the lower channel , and wherein the rail has a lower portion defined by a base and first and second upturned members extending from the base , and an upper portion defined by a first wall extending from an exterior surface of the first upturned member and a second wall extending from an exterior surface of the second upturned member , and wherein top surfaces of the upturned walls define a lower bound of the upper channel and provide a seat for the foot .
A toner for electrophotography, the toner comprising: a toner particle comprising a binder resin, a colorant, and a releasing agent; and an external additive attached to a surface of the toner particle and comprising a quantum dot-inorganic particle composite, wherein the quantum dot-inorganic particle composite has a structure in which quantum dot particles are dispersed among inorganic particles or inorganic particles are dispersed among quantum dot particles; or wherein the quantum dot-inorganic particle composite is an inorganic particle surface-treated with a quantum dot; or wherein the quantum dot-inorganic particle composite has a quantum dot embedded in an inorganic particle. a toner particle comprising a binder resin, a colorant, and a releasing agent; and an external additive attached to a surface of the toner particle and comprising a quantum dot-inorganic particle composite, wherein the quantum dot-inorganic particle composite has a structure in which quantum dot particles are dispersed among inorganic particles or inorganic particles are dispersed among quantum dot particles; or wherein the quantum dot-inorganic particle composite is an inorganic particle surface-treated with a quantum dot; or wherein the quantum dot-inorganic particle composite has a quantum dot embedded in an inorganic particle.
An elevator motion alert system for alerting a mechanic working inside a hoistway , comprising: a self-power-generating car beacon (B1) mounted on an elevator car ; a self-power-generating counterweight beacon (B2) mounted on a counterweight ; and a mobile device carried by the mechanic for receiving signals transmitted from the car beacon (B1) and the counterweight beacon (B2) and for providing an alert to the mechanic whenever the elevator car or the counterweight is approaching; characterised in that the elevator motion alert system _ further comprises a self-power-generating sheave beacon (B3) mounted on a sheave ; wherein the mobile device is arranged to receive signals transmitted from the sheave beacon (B3) and to provide an alert whenever the sheave is rotating. a self-power-generating car beacon (B1) mounted on an elevator car ; a self-power-generating counterweight beacon (B2) mounted on a counterweight ; and a mobile device carried by the mechanic for receiving signals transmitted from the car beacon (B1) and the counterweight beacon (B2) and for providing an alert to the mechanic whenever the elevator car or the counterweight is approaching; characterised in that the elevator motion alert system _ further comprises a self-power-generating sheave beacon (B3) mounted on a sheave ; wherein the mobile device is arranged to receive signals transmitted from the sheave beacon (B3) and to provide an alert whenever the sheave is rotating.
A conjugate comprising: i) at least one first specific binding molecule which binds CD40, wherein said first specific binding molecule is an agonist of CD40, and wherein said first specific binding molecule induces CD40 internalisation upon binding to CD40; and ii) at least one second specific binding molecule which binds a tag moiety, wherein said tag moiety is a peptide and not a cancer antigen, wherein said peptide consists of the amino acid sequence set forth in any one of SEQ ID NOs: 6 or 10-14, or a fragment of any one of SEQ ID NOs: 6 or 10-14 of at least 5 amino acids; wherein said first specific binding molecule and second specific binding molecule are antigen-binding proteins comprising an antigen-binding domain of an antibody and are covalently linked i) at least one first specific binding molecule which binds CD40, wherein said first specific binding molecule is an agonist of CD40, and wherein said first specific binding molecule induces CD40 internalisation upon binding to CD40; and ii) at least one second specific binding molecule which binds a tag moiety, wherein said tag moiety is a peptide and not a cancer antigen, wherein said peptide consists of the amino acid sequence set forth in any one of SEQ ID NOs: 6 or 10-14, or a fragment of any one of SEQ ID NOs: 6 or 10-14 of at least 5 amino acids;
An imaging device which is arranged to photoelectrically read fluorescence or chemiluminescence emitted from an object to image the object, the imaging device comprising: a control unit which is arranged to receive first control information for controlling a first function and second control information for controlling a second function , the first and second functions being related to the imaging of the object, from a plurality of external terminals and is arranged to perform control based on the received first and second control information; and a terminal recognition unit which is arranged to recognize the plurality of external terminals , wherein the control unit is further configured to recognize the execution states of the first function and the second function by each external terminal based on the first and second control information output from each external terminal , configured to restrict simultaneous processing of the first function by the plurality of external terminals , and is arranged to perform parallel processing of the first function and the second function by the plurality of external terminals , characterized in that the control unit is arranged to receive execution reservation information of the first function for external terminals other than an external terminal, by which the first function is executed, and is arranged to execute the first function in the order of reception of the execution reservation information. a control unit which is arranged to receive first control information for controlling a first function and second control information for controlling a second function , the first and second functions being related to the imaging of the object, from a plurality of external terminals and is arranged to perform control based on the received first and second control information; and a terminal recognition unit which is arranged to recognize the plurality of external terminals , wherein the control unit is further configured to recognize the execution states of the first function and the second function by each external terminal based on the first and second control information output from each external terminal , configured to restrict simultaneous processing of the first function by the plurality of external terminals , and is arranged to perform parallel processing of the first function and the second function by the plurality of external terminals , characterized in that the control unit is arranged to receive execution reservation information of the first function for external terminals other than an external terminal, by which the first function is executed, and is arranged to execute the first function in the order of reception of the execution reservation information.
Rubber-metal spring element, in particular for use in running gears of rail vehicles, wherein the rubber-metal spring element is arranged between an upper connection element, which is connected to the sprung mass, and a lower connection element, which is connected to the unsprung mass, and is constructed as a conical layered spring composed of multiple alternately and concentrically arranged layers of elastomer material or rubber, on the one hand, and metal, on the other hand, wherein the individual layers are formed as conical ring-shaped bodies, wherein the two conical surfaces of at least one conical ring-shaped body have different angles or cone angles in relation to the common vertical axis of the concentric layers of rubber and metal which form the conical layered spring, characterized in that at least one of the conical surfaces of at least one conical ring-shaped body has a structured shape or undulating shape which deviates from a smooth hollow cone, preferably over the entire cone circumference.
Fastening system for fastening an air blower , comprising a first part to be fastened to a panel and a second part to be fastened to a frame of an air blower , and an elastic decoupling element , formed by a helical spring, linking the first and second parts , - the first and second parts being cup-shaped and having peripheral edges extending towards each other; - the elastic decoupling element comprising two terminal spires which are respectively inserted in the first and second cup-shaped parts , characterized in that : - the fastening system comprises plates inserted between the terminal spires and the central spires of the helical spring and fastened to the first and second cup-shaped parts ; - the plates have a circular shape adapted to insert in the first and second cup-shaped parts , and radially protruding tongues adapted to insert in corresponding notches of the peripheral edges of the first and second cup-shaped parts . - the first and second parts being cup-shaped and having peripheral edges extending towards each other; - the elastic decoupling element comprising two terminal spires which are respectively inserted in the first and second cup-shaped parts , characterized in that : - the fastening system comprises plates inserted between the terminal spires and the central spires of the helical spring and fastened to the first and second cup-shaped parts ; - the plates have a circular shape adapted to insert in the first and second cup-shaped parts , and radially protruding tongues adapted to insert in corresponding notches of the peripheral edges of the first and second cup-shaped parts .
An apparatus, comprising: an electromagnetic field transmitter configured to generate a first pulsed electromagnetic field at a first pulse frequency and a second pulsed electromagnetic field at a second pulse frequency; and a controller coupled to the electromagnetic field transmitter and configured to: maintain the first pulse frequency of the first pulsed electromagnetic field when applied to a musculoskeletal tissue of a patient according to a first portion of a treatment regimen to enhance growth of the musculoskeletal tissue; maintain the second pulse frequency of the second pulsed electromagnetic field when applied to the musculoskeletal tissue according to a second portion of the treatment regimen to stimulate musculoskeletal tissue differentiation, characterized in that the first pulse frequency is greater than the second pulse frequency; and in that the controller is further configured to transition the electromagnetic field transmitter from the first portion of the treatment regimen to the second portion of the treatment regimen. an electromagnetic field transmitter configured to generate a first pulsed electromagnetic field at a first pulse frequency and a second pulsed electromagnetic field at a second pulse frequency; and a controller coupled to the electromagnetic field transmitter and configured to: maintain the first pulse frequency of the first pulsed electromagnetic field when applied to a musculoskeletal tissue of a patient according to a first portion of a treatment regimen to enhance growth of the musculoskeletal tissue; maintain the second pulse frequency of the second pulsed electromagnetic field when applied to the musculoskeletal tissue according to a second portion of the treatment regimen to stimulate musculoskeletal tissue differentiation, characterized in that the first pulse frequency is greater than the second pulse frequency; and in that the controller is further configured to transition the electromagnetic field transmitter from the first portion of the treatment regimen to the second portion of the treatment regimen. maintain the first pulse frequency of the first pulsed electromagnetic field when applied to a musculoskeletal tissue of a patient according to a first portion of a treatment regimen to enhance growth of the musculoskeletal tissue; maintain the second pulse frequency of the second pulsed electromagnetic field when applied to the musculoskeletal tissue according to a second portion of the treatment regimen to stimulate musculoskeletal tissue differentiation, characterized in that the first pulse frequency is greater than the second pulse frequency; and in that the controller is further configured to transition the electromagnetic field transmitter from the first portion of the treatment regimen to the second portion of the treatment regimen.
A method of transmitting a synchronization signal, by a Device-to-Device, D2D, User Equipment, UE, in a wireless communication system, the method comprising: generating, by the D2D UE, secondary synchronization signals from a combination of two sequences; and transmitting, by the D2D UE, the secondary synchronization signals, wherein the combination of said two sequences is based on one predetermined subframe index regardless of the subframe index of a subframe on which the secondary synchronization signals are transmitted. generating, by the D2D UE, secondary synchronization signals from a combination of two sequences; and transmitting, by the D2D UE, the secondary synchronization signals, wherein the combination of said two sequences is based on one predetermined subframe index regardless of the subframe index of a subframe on which the secondary synchronization signals are transmitted.