mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: an application executing section that stores non-displayed data and positional information of the non-displayed data into a memory in data processing using a first display section , the non-displayed data being contiguous to display data of the first display section and being data that extends off the area of the first display section ; a three-dimensional information analysis section that analyzes a three-dimensional position of a real object including the first display section included in a camera-captured image; and a virtual object management section that takes input of the non-displayed data and the positional information of the non-displayed data which are stored in the memory , and three-dimensional positional information of the first display section analyzed by the three-dimensional information analysis section , generates a composite image formed by the real object included in the camera-captured image and a virtual object formed by the non-displayed data , and displays the composite image on a second display section, wherein the virtual object management section sets a display position of the virtual object on the second display section, at a position located in a direction of extension from a boundary of the display data of the first display section displayed on the second display section to an outside of the first display section . an application executing section that stores non-displayed data and positional information of the non-displayed data into a memory in data processing using a first display section , the non-displayed data being contiguous to display data of the first display section and being data that extends off the area of the first display section ; a three-dimensional information analysis section that analyzes a three-dimensional position of a real object including the first display section included in a camera-captured image; and a virtual object management section that takes input of the non-displayed data and the positional information of the non-displayed data which are stored in the memory , and three-dimensional positional information of the first display section analyzed by the three-dimensional information analysis section , generates a composite image formed by the real object included in the camera-captured image and a virtual object formed by the non-displayed data , and displays the composite image on a second display section, wherein the virtual object management section sets a display position of the virtual object on the second display section, at a position located in a direction of extension from a boundary of the display data of the first display section displayed on the second display section to an outside of the first display section .
A coating composition comprising: a film-forming polymer comprising active hydrogen-containing functional groups; a blocked polyisocyanate curing agent comprising a blocking group derived from a blocking agent comprising an alpha-hydroxy amide, ester or thioester; and a curing catalyst that does not contain tin, lead, iron, zinc or manganese, wherein the curing catalyst comprises a guanidine or a bismuth-containing curing catalyst and wherein the film-forming polymer comprises an active hydrogen-containing, cationic salt group-containing film-forming polymer. a film-forming polymer comprising active hydrogen-containing functional groups; a blocked polyisocyanate curing agent comprising a blocking group derived from a blocking agent comprising an alpha-hydroxy amide, ester or thioester; and a curing catalyst that does not contain tin, lead, iron, zinc or manganese, wherein the curing catalyst comprises a guanidine or a bismuth-containing curing catalyst and wherein the film-forming polymer comprises an active hydrogen-containing, cationic salt group-containing film-forming polymer.
A lifting device having a - preferably bendable - crane arm and a working device which is arranged on the crane arm and is movable thereby, wherein the working device is arranged displaceably relative to the crane arm , wherein there is provided an actuating device for setting a predefined or predefinable target position of the working device relative to the crane arm or to a predefined or predefinable direction in space, wherein there is provided at least one sensor for detecting an actual position of the working device relative to the crane arm or to the direction in space, the signals of which can be fed to the actuating device and the actuating device moves the working device into the target position in dependence on the signals of the at least one sensor if the actual position is not the same as the target position, characterised in that the actuating device is adapted to assist or permit movements exerted by a user manually or pedally on the working device or on a load picked up by the working device or by gesture relative to the working device .
A hydrogen fuel cell stack comprising one or more hydrogen fuel cells comprising a Proton Exchange Membrane , a hydrogen reaction layer and an oxygen reaction layer within a pair of bipolar plates , wherein at least one of the bipolar plates comprises a channel inside for hydrogen inflow, in order to heat up the hydrogen gas from about 20K up to about 273K-300K for the fuel cell in which the hydrogen inflow enters, and acts as a heat exchanger.
A nestable container (1: 10) having a side wall (2; 12), characterised in that it is in the form of a frusto-conical drum with a body curl defined by a rolled top edge and in that the side wall (2; 12) is provided with a plurality of discrete protrusions (5: 11) spaced around a perimeter of the side wall's outer surface.
A computer-implemented method for automatically prompting a called user to send a message from a called device to a calling device of a calling user, the method comprising: receiving at the called device a call from the calling device wherein the call from the calling device is a missed call, or is answered by voicemail; receiving at the called device a first message package comprising a first message from the calling device and a first menu comprising one or more response message options, wherein the one or more response message options include one or more messages that are predicted from the content of the first message from the calling device; displaying on a screen of the called device the first message from the calling device and the first menu comprising the one or more response message options; receiving at the processor of the called device user input selecting one of the response message options; and sending a second message package comprising the selected response message option to the calling device. receiving at the called device a call from the calling device wherein the call from the calling device is a missed call, or is answered by voicemail; receiving at the called device a first message package comprising a first message from the calling device and a first menu comprising one or more response message options, wherein the one or more response message options include one or more messages that are predicted from the content of the first message from the calling device; displaying on a screen of the called device the first message from the calling device and the first menu comprising the one or more response message options; receiving at the processor of the called device user input selecting one of the response message options; and sending a second message package comprising the selected response message option to the calling device.
A cabin temperature control system comprising an environmental control system, ECS, configured to provide clean air to an aircraft cabin at a predetermined temperature based on a set point of the ECS, and a plurality of micro-climate conditioning modules (2, 3, n), the micro-climate conditioning modules (2, 3, n) being individually controllable by a respective passenger to provide air warmer or colder than the clean air provided to the aircraft cabin by the ECS operating at the ECS set point, the ECS configured to receive one or more inputs indicative of passenger use of the micro-climate conditioning modules and to adjust the ECS set point based on the one or more inputs by i) determining whether a number of passengers in the aircraft cabin operating micro-climate conditioning units to provide cooling to their environment is below a predetermined threshold; ii) if not, decreasing the set point; iii) if so, determine whether the set point was previously decreased; iv) if the set point was previously decreased, not adjusting the set point, and v) if the set point was not previously decreased, increasing the set point.
An apparatus comprising: one or more processors to: compute a plurality of hash functions that combine additions, bit-level reordering, bit-linear mixing, and wide substitutions, wherein each hash function of the plurality of hash functions differs from the other hash functions in the plurality of hash functions in the bit-linear mixing and wherein each hash function is common with the other hash functions in the plurality of hash functions in the bit-level reordering and the wide substitutions, in that the bit-level reordering and the wide substitutions can be applied uniformly in each of the plurality of hash functions; iterate through the plurality of hash functions to compute hashed versions of a supplied key until it is determined that the hashed key is located within a hash table, wherein each entry of the hash table comprises a plurality of key-value pairs; and return a corresponding value to the hashed key located within the hash table. compute a plurality of hash functions that combine additions, bit-level reordering, bit-linear mixing, and wide substitutions, wherein each hash function of the plurality of hash functions differs from the other hash functions in the plurality of hash functions in the bit-linear mixing and wherein each hash function is common with the other hash functions in the plurality of hash functions in the bit-level reordering and the wide substitutions, in that the bit-level reordering and the wide substitutions can be applied uniformly in each of the plurality of hash functions; iterate through the plurality of hash functions to compute hashed versions of a supplied key until it is determined that the hashed key is located within a hash table, wherein each entry of the hash table comprises a plurality of key-value pairs; and return a corresponding value to the hashed key located within the hash table.
A container for an energy storage apparatus, the container comprising: a passageway for a user; a container main body (C) which defines an internal space finished by an upper plate, a lower plate, and one or more sidewalls; and an integral battery rack structure comprising: batteries; support frames which are installed on the upper plate and the lower plate of the container main body; wherein the support frames include a first support frame which is installed on the upper plate of the container main body, and a second support frame which is installed on the lower plate of the container main body, the first support frame and the second support frame are configured as a pair of frames that face each other; and vertical frames which are coupled to the support frames in a vertical direction, and configure vertical frames for the battery rack; and wherein the vertical frames provide support portions supporting the batteries. a passageway for a user; a container main body (C) which defines an internal space finished by an upper plate, a lower plate, and one or more sidewalls; and an integral battery rack structure comprising: batteries; support frames which are installed on the upper plate and the lower plate of the container main body; wherein the support frames include a first support frame which is installed on the upper plate of the container main body, and a second support frame which is installed on the lower plate of the container main body, the first support frame and the second support frame are configured as a pair of frames that face each other; and vertical frames which are coupled to the support frames in a vertical direction, and configure vertical frames for the battery rack; and wherein the vertical frames provide support portions supporting the batteries. batteries; support frames which are installed on the upper plate and the lower plate of the container main body; wherein the support frames include a first support frame which is installed on the upper plate of the container main body, and a second support frame which is installed on the lower plate of the container main body, the first support frame and the second support frame are configured as a pair of frames that face each other; and vertical frames which are coupled to the support frames in a vertical direction, and configure vertical frames for the battery rack; and wherein the vertical frames provide support portions supporting the batteries.
A trailering support device that performs trailering for loading a hull onto a trailer , the trailering support device comprising one or more controllers configured to function as: a vessel steering controller configured to perform automatic vessel steering control so as to move the hull toward the trailer ; an estimation unit configured to estimate, based on a content of the automatic vessel steering control, a position of the hull at a predetermined timing after start of the automatic vessel steering control and an azimuth of the hull at the predetermined timing; a detector configured to detect the position of the hull , a steering angle of the hull , and the azimuth of the hull ; characterised in that the trailering support device further comprises a determination unit configured to respectively compare the position and the azimuth which are estimated by the estimation unit with the position and the azimuth which are detected by the detector at the predetermined timing, and to determine, based on a comparison result, whether the loading of the hull onto the trailer is performable or not performable; and a notifier configured to notify, in a case where the determination unit determines that the loading of the hull onto the trailer is not performable, of an effect that the loading of the hull onto the trailer is not performable. a vessel steering controller configured to perform automatic vessel steering control so as to move the hull toward the trailer ; an estimation unit configured to estimate, based on a content of the automatic vessel steering control, a position of the hull at a predetermined timing after start of the automatic vessel steering control and an azimuth of the hull at the predetermined timing; a detector configured to detect the position of the hull , a steering angle of the hull , and the azimuth of the hull ; a determination unit configured to respectively compare the position and the azimuth which are estimated by the estimation unit with the position and the azimuth which are detected by the detector at the predetermined timing, and to determine, based on a comparison result, whether the loading of the hull onto the trailer is performable or not performable; and a notifier configured to notify, in a case where the determination unit determines that the loading of the hull onto the trailer is not performable, of an effect that the loading of the hull onto the trailer is not performable.
A system for supporting turns of generator rotor endwinding coils , wherein the generator rotor endwinding coils extend at least partially circumferentially about an axial end of a rotor body , the system comprises: • at least one support block , and • at least one spacer block configured to be radially disposed between the turns of generator rotor endwinding coils , wherein said at least one spacer block includes: • a radially inboard end , • a radially outboard end , and • an opening at the radially inboard end extending a predetermined distance towards the radially outboard end to define a pocket having elongated radially inboard ends separated by the opening and • a receptacle formed between the elongated radially inboard ends , and characterized in that said at least one support block is configured to be coupled to an innermost rotor endwinding coil of one of the turns of generator rotor endwinding coils , and wherein said at least one support block includes: • an outer projecting portion , and wherein the receptacle is configured to receive therein the outer projecting portion of said at least one support block coupled to the innermost rotor endwinding coil of one of the turns of generator rotor endwinding coils , and wherein the outer projecting portion of said at least one support block is configured to support an inner surface of the receptacle . • at least one support block , and • at least one spacer block configured to be radially disposed between the turns of generator rotor endwinding coils , wherein said at least one spacer block includes: • a radially inboard end , • a radially outboard end , and • an opening at the radially inboard end extending a predetermined distance towards the radially outboard end to define a pocket having elongated radially inboard ends separated by the opening and • a receptacle formed between the elongated radially inboard ends , and • a radially inboard end , • a radially outboard end , and • an opening at the radially inboard end extending a predetermined distance towards the radially outboard end to define a pocket having elongated radially inboard ends separated by the opening and • a receptacle formed between the elongated radially inboard ends , and characterized in that said at least one support block is configured to be coupled to an innermost rotor endwinding coil of one of the turns of generator rotor endwinding coils , and wherein said at least one support block includes: • an outer projecting portion , and • an outer projecting portion , and wherein the receptacle is configured to receive therein the outer projecting portion of said at least one support block coupled to the innermost rotor endwinding coil of one of the turns of generator rotor endwinding coils , and wherein the outer projecting portion of said at least one support block is configured to support an inner surface of the receptacle .
A method for identifying a stem cell or plurality of stem cells having an improved growth rate and/or tissue forming potential, the method comprising determining the level of GSTT1 expression in a stem cell or plurality of stem cells, and comparing the level of GSTT1 expression determined to a reference value for the level of GSTT1 expression for that stem cell type, wherein a stem cell or plurality of stem cells determined to have decreased GSTT1 expression relative to the reference value for the level of GSTT1 expression for that stem cell type is identified as having an improved growth rate and/or tissue forming potential.
Component having an electronic information carrier , wherein the component is a diaphragm for a diaphragm valve and/or a diaphragm pump, wherein the component has a cutout and a pin , wherein the information carrier is connected to the component via the cutout and/or the pin , wherein the pin is secured in the cutout, wherein the cutout is a blind hole, characterized in that the pin protrudes out of a surface of the component and a carrier element , in particular a cap, is connected to the pin , wherein the information carrier is arranged on and/or in the carrier element .
An actuator simulator , comprising: a first interface configured to communicate with a programmable computer ; a second interface configured to communicate with an actuator controller ; a simulation module in communication with each of the first interface and the second interface , the simulation module being configured to receive at least one actuator simulation model corresponding to at least one actuator from the first interface , receive excitation signals and command signals for operating the actuator from the second interface , and determine simulated feedback signals based on the excitation signals, the command signals, and the actuator simulation model, and a third interface configured to communicate with the actuator , the simulation module being configured to receive, via the third interface , actual feedback signals from the actuator in response to the excitation signals and the command signals, and being configured to transmit characterization data corresponding to the actual feedback signals and the simulated feedback signals to the programmable computer through the first interface . a first interface configured to communicate with a programmable computer ; a second interface configured to communicate with an actuator controller ; a simulation module in communication with each of the first interface and the second interface , the simulation module being configured to receive at least one actuator simulation model corresponding to at least one actuator from the first interface , receive excitation signals and command signals for operating the actuator from the second interface , and determine simulated feedback signals based on the excitation signals, the command signals, and the actuator simulation model, and a third interface configured to communicate with the actuator , the simulation module being configured to receive, via the third interface , actual feedback signals from the actuator in response to the excitation signals and the command signals, and being configured to transmit characterization data corresponding to the actual feedback signals and the simulated feedback signals to the programmable computer through the first interface .