mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a transport system comprising a first and a second mobile part and comprising a transport frame , wherein a bearing means is arranged on the transport frame , wherein the first and the second mobile part are moved on a travel surface, wherein each mobile part has a linear shaft acting as a lifting shaft , a controller and respective wheels driven by an electric motor, wherein the first mobile part crosses below the transport frame in a first region of the transport frame , wherein the second mobile part crosses below the transport frame in a different, i.e. second, region of the transport frame , wherein, by vertically extending the lifting shafts of the mobile parts , the transport frame is raised in such a way that the bearing means of the transport frame loses contact with the travel surface, wherein a communications channel is provided between the first and the second mobile part , wherein the communications channel is arranged between the two mobile parts and below the transport frame , specifically between the travel surface and the transport frame , wherein the drive of the mobile parts is controlled by means of a master-slave control by one of the mobile parts acting as the master and the other as the slave such that linked travel is executed, wherein the lifting shafts are likewise operated in master-slave control, wherein actual values, detected by the mobile part acting as the master, for the vertical position of the lifting shaft thereof are transmitted via the communications channel to the mobile part acting as the slave, and a respective current setpoint is determined therefrom, towards which the vertical position of the lifting shaft of the mobile part acting as the slave is controlled such that the transport frame is raised by the two lifting shafts uniformly, wherein the master-slave control of the lifting shafts and of the drives of the mobile parts is operated in a manner overlapping in time, characterised in that the communications channel is configured as an optical or infrared-optical communications channel, and a currently required torque, which is dependent on the respective load to be transported and the slope of the travel surface, is determined in the mobile part acting as the master, wherein a first component of said torque is used as a setpoint for a torque control unit arranged in the mobile part acting as the master, such that the torque generated by the drive of the mobile part acting as the master is controlled towards said setpoint, wherein the remaining component of the torque determined as being currently required is used as a setpoint for a torque control unit arranged in the mobile part acting as the slave, such that the torque generated by the drive of the mobile part acting as the slave is controlled towards said setpoint, wherein the data required to be transmitted in order to control the drives of the mobile parts are transmitted via the communications channel in the same time segment as the data required to be transmitted in order to control the lifting shafts.
A composition comprising a hyaluronic acid, a laminin polypeptide as set forth by SEQ ID NO: 1 and an antioxidant, for use in treating neurogenic shock following nerve injury in a subject demonstrating at least one symptom of neurogenic shock.
A sanitary article for absorbing odour comprising: an odour-absorbent layer intended to be arranged in the crotch region of a human being, the odour-absorbent layer comprising a textile fabric coated with at least 90 g/m 2 of activated carbon, a non-woven cover enclosing the odour-absorbent layer , wherein the sanitary article lacks an absorbent core, characterized in that the sanitary article further comprises a folding indication running across the sanitary article from a first side of the article to a second side , opposite the first side, the folding indication facilitating folding of the sanitary article along the folding indication , wherein the folding indication is applied so that approximately 50 % of the article is at one side of the folding indication and the other approximately 50 % of the article is on the other side of the folding indication. an odour-absorbent layer intended to be arranged in the crotch region of a human being, the odour-absorbent layer comprising a textile fabric coated with at least 90 g/m 2 of activated carbon, a non-woven cover enclosing the odour-absorbent layer , wherein the sanitary article lacks an absorbent core, characterized in that the sanitary article further comprises a folding indication running across the sanitary article from a first side of the article to a second side , opposite the first side, the folding indication facilitating folding of the sanitary article along the folding indication , wherein the folding indication is applied so that approximately 50 % of the article is at one side of the folding indication and the other approximately 50 % of the article is on the other side of the folding indication.
A thermoelectric conversion material comprising: a sintered body comprising: a main phase including a plurality of crystal grains (101-104) including Ce, Mn, Fe, and Sb, these constitute elements being regulated in the formula of CeMn x Fe 4-x Sb 12 , where X = 0.02 to 0.1, and forming a skutterudite structure; and a grain boundary between the crystal grains (101-104) adjacent to each other, and a sintering aid phase formed discontinuously along the grain boundaries, wherein the sintering aid phase includes at least Mn, Sb, and O. a sintered body comprising: a main phase including a plurality of crystal grains (101-104) including Ce, Mn, Fe, and Sb, these constitute elements being regulated in the formula of CeMn x Fe 4-x Sb 12 , where X = 0.02 to 0.1, and forming a skutterudite structure; and a grain boundary between the crystal grains (101-104) adjacent to each other, and a sintering aid phase formed discontinuously along the grain boundaries, a main phase including a plurality of crystal grains (101-104) including Ce, Mn, Fe, and Sb, these constitute elements being regulated in the formula of CeMn x Fe 4-x Sb 12 , where X = 0.02 to 0.1, and forming a skutterudite structure; and a grain boundary between the crystal grains (101-104) adjacent to each other, and a sintering aid phase formed discontinuously along the grain boundaries, wherein the sintering aid phase includes at least Mn, Sb, and O.
A tempered martensitic steel having a low yield ratio and an excellent uniform elongation, the tempered martensitic steel, comprising, by wt%: 0.2 to 0.6% of C, 0.01 to 2.2% of Si, 0.5 to 3.0% of Mn, 0.015% or less of P, 0.005% or less of S, 0.01 to 0.1% of Al, 0.01 to 0.1% of Ti, 0.05 to 0.5% of Cr, 0.0005 to 0.005% of B, 0.05 to 0.5% of Mo, 0.01% or less of N, optionally one or more of 0.05 to 0.5% of Cu, 0.05 to 0.5% of Ni, and 0.05 to 0.3% of V, and the balance of Fe and inevitable impurities; having a yield ratio of 0.4 to 0.6; having a product (TS*U-EI), of a tensile strength and an excellent uniform elongation, of 10,000 MPa% or more; and having a microstructure comprising, by an area fraction, 90% or more of tempered martensite, 5% or less of ferrite and the balance of bainite, wherein the yield ratio is the ratio of yield strength and tensile strength, and wherein plated-shaped carbides are precipitated in martensite laths. 0.2 to 0.6% of C, 0.01 to 2.2% of Si, 0.5 to 3.0% of Mn, 0.015% or less of P, 0.005% or less of S, 0.01 to 0.1% of Al, 0.01 to 0.1% of Ti, 0.05 to 0.5% of Cr, 0.0005 to 0.005% of B, 0.05 to 0.5% of Mo, 0.01% or less of N, optionally one or more of 0.05 to 0.5% of Cu, 0.05 to 0.5% of Ni, and 0.05 to 0.3% of V, and the balance of Fe and inevitable impurities; having a yield ratio of 0.4 to 0.6; having a product (TS*U-EI), of a tensile strength and an excellent uniform elongation, of 10,000 MPa% or more; and having a microstructure comprising, by an area fraction, 90% or more of tempered martensite, 5% or less of ferrite and the balance of bainite, wherein the yield ratio is the ratio of yield strength and tensile strength, and wherein plated-shaped carbides are precipitated in martensite laths.
A method for adaptively applying one or more motion blur estimation methods to estimate a motion blur associated with an image target frame, wherein the image target frame is a frame of a video feed comprising: applying a first motion blur estimation method to estimate the motion blur; determining whether computational resources are available for a second motion blur estimation method, after applying the first motion blur estimation method, wherein the second motion blur estimation method is more computationally intensive than the first motion blur estimation method and provides a more accurate blur estimate than the first motion blur estimation method; applying the second motion blur estimation method to estimate the motion blur in response to a determination that computational resources are available for the second motion blur estimation method ; simulating the estimated motion blur on a virtual object, and superimposing the virtual object on the image targets. applying a first motion blur estimation method to estimate the motion blur; determining whether computational resources are available for a second motion blur estimation method, after applying the first motion blur estimation method, wherein the second motion blur estimation method is more computationally intensive than the first motion blur estimation method and provides a more accurate blur estimate than the first motion blur estimation method; applying the second motion blur estimation method to estimate the motion blur in response to a determination that computational resources are available for the second motion blur estimation method ; simulating the estimated motion blur on a virtual object, and superimposing the virtual object on the image targets.
An information processing apparatus comprising: a display control unit to control a display unit to display a symbol corresponding to operation by a user during a first time period since occurrence of the operation, and to apply a mask to the symbol when the first period has ended; and an output unit to control an output of an image indicating a content displayed on the display unit to an external apparatus , so as not to output the image to the external apparatus during a second time period that is equal to or longer than the first time period. a display control unit to control a display unit to display a symbol corresponding to operation by a user during a first time period since occurrence of the operation, and to apply a mask to the symbol when the first period has ended; and an output unit to control an output of an image indicating a content displayed on the display unit to an external apparatus , so as not to output the image to the external apparatus during a second time period that is equal to or longer than the first time period.
A heat pump unit control system, comprising a heat exchanger and a compressor , characterized by further comprising a first switching element , a second switching element , an enhanced vapor injection electronic expansion valve and a main circuit electronic expansion valve ;wherein a first end of the compressor is connected to a first port of the heat exchanger successively by the first switching element and the enhanced vapor injection electronic expansion valve ; a second port of the heat exchanger is connected to an injection end of the compressor ; an end of the first switching element connected to the compressor is connected to a third port of the heat exchanger ; a fourth port of the heat exchanger is connected to a second end of the compressor by the main circuit electronic expansion valve ; the other end of the first switching element connected to the enhanced vapor injection electronic expansion valve is connected to the fourth port of the heat exchanger by the second switching element . a first end of the compressor is connected to a first port of the heat exchanger successively by the first switching element and the enhanced vapor injection electronic expansion valve ; a second port of the heat exchanger is connected to an injection end of the compressor ; an end of the first switching element connected to the compressor is connected to a third port of the heat exchanger ; a fourth port of the heat exchanger is connected to a second end of the compressor by the main circuit electronic expansion valve ; the other end of the first switching element connected to the enhanced vapor injection electronic expansion valve is connected to the fourth port of the heat exchanger by the second switching element .
A method of wireless communication by a multi-carrier user equipment, UE, comprising: communicating with a base station using a primary and a secondary component carrier configured for the UE; determining a power control parameter for the secondary component carrier when the secondary component carrier is in an activated state, the power control parameter being specified by the base station for uplink transmission on the secondary component carrier; deactivating the secondary component carrier after determining the power control parameter; establishing a power control adjustment state of the UE for uplink transmission on the secondary component carrier based at least in part on a value of the power control parameter at deactivation of the secondary component carrier; and reactivating the secondary component carrier in the power control adjustment state. communicating with a base station using a primary and a secondary component carrier configured for the UE; determining a power control parameter for the secondary component carrier when the secondary component carrier is in an activated state, the power control parameter being specified by the base station for uplink transmission on the secondary component carrier; deactivating the secondary component carrier after determining the power control parameter; establishing a power control adjustment state of the UE for uplink transmission on the secondary component carrier based at least in part on a value of the power control parameter at deactivation of the secondary component carrier; and reactivating the secondary component carrier in the power control adjustment state.
A radio communication system comprising a plurality of user terminals and a common reception apparatus existing inside a moving object and a radio base station, wherein each of the user terminals has a reception section configured to receive a signal transmitted from the radio base station, and a transmission section configured to transmit a signal transmitted from the radio base station to the common reception apparatus disposed inside the moving object, the common reception apparatus has a received signal detecting section configured to detect a signal for each user terminal, based on signals transmitted from the plurality of user terminals, and a transmission section configured to transmit a detected signal to each user terminal, and the user terminal is configured to receive the signal for the user terminal detected in the common reception apparatus in the reception section to demodulate.
A cell evaluation device comprising: an image acquisition unit that acquires a cell image obtained by imaging a cell group including stem cells in an undifferentiated state and stem cells in a differentiated state; a boundary setting unit that sets a boundary between a region where stem cells in a differentiated state are distributed and a region where stem cells in an undifferentiated state are distributed ; and a cell evaluation unit that recognizes individual cells in the cell group, specifies an evaluation target cell and peripheral cells around the evaluation target cell among the recognized individual cells, and fixes an evaluation of the evaluation target cell based on evaluation results of the peripheral cells and an evaluation result of the evaluation target cell, wherein the cell evaluation unit specifies only cells that are present in the region where the evaluation target cell is present among the regions divided by the boundary, as the peripheral cells wherein the cell evaluation unit evaluates an undifferentiated state or a differentiated sate of the evaluation target cell. an image acquisition unit that acquires a cell image obtained by imaging a cell group including stem cells in an undifferentiated state and stem cells in a differentiated state; a boundary setting unit that sets a boundary between a region where stem cells in a differentiated state are distributed and a region where stem cells in an undifferentiated state are distributed ; and a cell evaluation unit that recognizes individual cells in the cell group, specifies an evaluation target cell and peripheral cells around the evaluation target cell among the recognized individual cells, and fixes an evaluation of the evaluation target cell based on evaluation results of the peripheral cells and an evaluation result of the evaluation target cell, wherein the cell evaluation unit specifies only cells that are present in the region where the evaluation target cell is present among the regions divided by the boundary, as the peripheral cells wherein the cell evaluation unit evaluates an undifferentiated state or a differentiated sate of the evaluation target cell.
A cutting insert comprising: a first end surface and a second end surface which are opposed to each other; a peripheral side surface which connects the first end surface and the second end surface; a first cutting edge which is formed in an intersecting edge between the first end surface and the peripheral side surface; a second cutting edge which is formed in an intersecting edge between the second end surface and the peripheral side surface; and at least one groove which is formed in the peripheral side surface and in which, while one end thereof reaches the first end surface, another end thereof reaches the second end surface, wherein a predetermined groove from among the at least one groove divides the first cutting edge into portions and divides the second cutting edge into portions, and is formed such that an opening width (W1) in the first end surface is different from an opening width (W2) in the second end surface, characterized in that the predetermined groove includes: a linear groove part which extends with a constant width; and a width varying part which leads to the linear groove part and has a varying width. wherein a predetermined groove from among the at least one groove divides the first cutting edge into portions and divides the second cutting edge into portions, and is formed such that an opening width (W1) in the first end surface is different from an opening width (W2) in the second end surface, characterized in that the predetermined groove includes: a linear groove part which extends with a constant width; and a width varying part which leads to the linear groove part and has a varying width.
A robotic surgery system 10, comprising: a surgical tool having a plurality of features defining a first marker , the plurality of features comprising an identification feature defining first information and redundant information, the first information identifying the first marker and the redundant information also identifying the first marker ; an imaging device for capturing a first image of said tool during use and for outputting first image data in response thereto; and a processor coupled with the imaging device , the processor adapted to process said captured first image data so as to: determine positional data for the first marker ; determine an identification of the first marker by using the first information of the identification feature; validate the identification of the first marker by using the redundant information of the identification feature; and determine tool state data for the imaged tool by using said first marker positional data and said validated identification of the first marker . a surgical tool having a plurality of features defining a first marker , the plurality of features comprising an identification feature defining first information and redundant information, the first information identifying the first marker and the redundant information also identifying the first marker ; an imaging device for capturing a first image of said tool during use and for outputting first image data in response thereto; and a processor coupled with the imaging device , the processor adapted to process said captured first image data so as to: determine positional data for the first marker ; determine an identification of the first marker by using the first information of the identification feature; validate the identification of the first marker by using the redundant information of the identification feature; and determine tool state data for the imaged tool by using said first marker positional data and said validated identification of the first marker . determine positional data for the first marker ; determine an identification of the first marker by using the first information of the identification feature; validate the identification of the first marker by using the redundant information of the identification feature; and determine tool state data for the imaged tool by using said first marker positional data and said validated identification of the first marker .
A side-emitting device comprising: a light emitting element having a light emitting surface that emits light in an upward direction, a photonic crystal in the light emitting surface that causes the light to be deflected away from the normal to the surface, a non-wavelength-converting lightguide element that is situated above the light emitting surface and receives the light emitted from the light emitting element , a specular reflector situated above the lightguide element , and a diffusing reflector that is situated above the specular reflector , to direct the light in the lightguide element to exit from one or more side surfaces of the lightguide element , one or more wavelength conversion elements situated adjacent to at least one of the one or more side surfaces of the lightguide element , that receive the light emitted by the lightguide element and convert some or all of the light to light of a different wavelength. a light emitting element having a light emitting surface that emits light in an upward direction, a photonic crystal in the light emitting surface that causes the light to be deflected away from the normal to the surface, a non-wavelength-converting lightguide element that is situated above the light emitting surface and receives the light emitted from the light emitting element , a specular reflector situated above the lightguide element , and a diffusing reflector that is situated above the specular reflector , to direct the light in the lightguide element to exit from one or more side surfaces of the lightguide element , one or more wavelength conversion elements situated adjacent to at least one of the one or more side surfaces of the lightguide element , that receive the light emitted by the lightguide element and convert some or all of the light to light of a different wavelength.