mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for wireless communication in a network, comprising: a) a wireless communication circuit configured as a first station for wirelessly communicating with at least one other station; b) a processor coupled to said wireless communication circuit within a station configured for operating on a wireless network; c) a non-transitory memory storing instructions executable by the processor; and d) wherein said instructions, when executed by the processor, perform sharing of a transmit opportunity, TXOP, by a non-access point, non-AP, station with other stations in a single basic-service-set, BSS, scenario in a frequency domain, by performing steps comprising: i) exchanging messages with an AP station to gain approval by the AP in sharing its TXOP with other stations; ii) exchanging information with other stations to indicate that the TXOP is available to be shared and identify non-AP shared TXOP participant stations based on received responses; and iii) sending a message to the non-AP shared TXOP participant stations that are willing to join the following shared TXOP, wherein the message contains information for each non-AP shared TXOP participant station of a resource unit, RU, to be utilized in transmitting upload, UL, data during the shared TXOP during channel access. a) a wireless communication circuit configured as a first station for wirelessly communicating with at least one other station; b) a processor coupled to said wireless communication circuit within a station configured for operating on a wireless network; c) a non-transitory memory storing instructions executable by the processor; and d) wherein said instructions, when executed by the processor, perform sharing of a transmit opportunity, TXOP, by a non-access point, non-AP, station with other stations in a single basic-service-set, BSS, scenario in a frequency domain, by performing steps comprising: i) exchanging messages with an AP station to gain approval by the AP in sharing its TXOP with other stations; ii) exchanging information with other stations to indicate that the TXOP is available to be shared and identify non-AP shared TXOP participant stations based on received responses; and iii) sending a message to the non-AP shared TXOP participant stations that are willing to join the following shared TXOP, wherein the message contains information for each non-AP shared TXOP participant station of a resource unit, RU, to be utilized in transmitting upload, UL, data during the shared TXOP during channel access. i) exchanging messages with an AP station to gain approval by the AP in sharing its TXOP with other stations; ii) exchanging information with other stations to indicate that the TXOP is available to be shared and identify non-AP shared TXOP participant stations based on received responses; and iii) sending a message to the non-AP shared TXOP participant stations that are willing to join the following shared TXOP, wherein the message contains information for each non-AP shared TXOP participant station of a resource unit, RU, to be utilized in transmitting upload, UL, data during the shared TXOP during channel access.
A computerized system comprising: an arrangement of importer cells , computerized processing cells and data repositories in a connected graph , wherein at least some of the computerized processing cells are processing entities configured to perform transforming a data structure of data retrieved from a data repository of the plurality of data repositories and are arranged in a sequence as a first computerized data cell graph to provide a set of data processing capabilities for a particular configuration of an information processing system and wherein: the data repositories are configured to store a distributed data set whose data elements have a plurality of formats, each data repository is configured to retain a portion of the distributed data set in a semantic information representation, comprising information represented in a form that includes associated, defined formal semantics, that is common to all the data repositories, the plurality of data repositories have disparate semantic knowledge models, each computerized processing cell is configured to retrieve data from at least one data repository of the plurality of data repositories and to add inferences thereto through application of a respective one of the semantic knowledge models, at least one computerized processing cell is configured to combine data to produce a unified model, the computerized processing cells thus being configured to build progressively a first semantic knowledge model in a data format from the distributed data set in the semantic information representation that is common to all the data repositories, and store the first semantic knowledge model in a data repository of the plurality of data repositories. the data repositories are configured to store a distributed data set whose data elements have a plurality of formats, each data repository is configured to retain a portion of the distributed data set in a semantic information representation, comprising information represented in a form that includes associated, defined formal semantics, that is common to all the data repositories, the plurality of data repositories have disparate semantic knowledge models, each computerized processing cell is configured to retrieve data from at least one data repository of the plurality of data repositories and to add inferences thereto through application of a respective one of the semantic knowledge models, at least one computerized processing cell is configured to combine data to produce a unified model, the computerized processing cells thus being configured to build progressively a first semantic knowledge model in a data format from the distributed data set in the semantic information representation that is common to all the data repositories, and store the first semantic knowledge model in a data repository of the plurality of data repositories.
A method at a base station, BS , said method comprising: transmitting to a first user equipment, UE , a first downlink control indicator, DCI, allocating a first plurality of uplink transmissions on an unlicensed channel to the first UE, wherein the first DCI includes added bits to carry respective configurations for different uplink transmissions of the first plurality of uplink transmissions on the unlicensed channel, wherein the added bits include respective new data indicators and redundancy versions for the respective uplink transmissions of the first plurality of uplink transmissions on the unlicensed channel, wherein a number of bits of the first DCI is useable to identify a format of the first DCI from a second DCI format, wherein the first DCI indicates which subframes are scheduled by the first DCI.
A multi-volume balloon for treating the clinical consequences of degenerative disc disease, vertebral body bone defects, and spinal motion segment instability comprising: a plurality of single volumes (40A; 40B; 40C) each connected, directly or indirectly, to one another, wherein each single volume (40A; 40B; 40C) is individually adjustable and expandable such that (a) each single volume (40A; 40B; 40C) can contain a variable volume of contents, and (b) each of the plurality of single volumes (40A; 40B; 40C) can contain the same, or a different, amount and type of contents relative to another single volume; and characterized by a ring configured to create a seal between two connected and expanded single volumes (40A; 40B), wherein the two single volumes (40A; 40B) are connected via a puncture in a first single volume that contains a section of the second single volume and secured by the ring connecting the first and second single volumes (40A; 40B) to form the multi-volume balloon . a plurality of single volumes (40A; 40B; 40C) each connected, directly or indirectly, to one another, wherein each single volume (40A; 40B; 40C) is individually adjustable and expandable such that (a) each single volume (40A; 40B; 40C) can contain a variable volume of contents, and (b) each of the plurality of single volumes (40A; 40B; 40C) can contain the same, or a different, amount and type of contents relative to another single volume; and characterized by a ring configured to create a seal between two connected and expanded single volumes (40A; 40B), wherein the two single volumes (40A; 40B) are connected via a puncture in a first single volume that contains a section of the second single volume and secured by the ring connecting the first and second single volumes (40A; 40B) to form the multi-volume balloon .
An inspection substrate (IW) for inspecting a component of an apparatus for processing production substrates, the inspection substrate comprising: a body having dimensions similar to a production substrate so that the inspection substrate is compatible with the apparatus; an illumination device embedded in the body; a sensor embedded in the body, the sensor configured to generate inspection information relating to a parameter of a component of the apparatus proximate to the inspection substrate; and a storage device embedded in the body, the storage device configured to store the inspection information, wherein the sensor comprises an imaging device and the inspection information comprises image data. a body having dimensions similar to a production substrate so that the inspection substrate is compatible with the apparatus; an illumination device embedded in the body; a sensor embedded in the body, the sensor configured to generate inspection information relating to a parameter of a component of the apparatus proximate to the inspection substrate; and a storage device embedded in the body, the storage device configured to store the inspection information, wherein the sensor comprises an imaging device and the inspection information comprises image data.
A composition, comprising water, hydrochloric acid and urea; wherein: (i) the urea and water are present at a urea/water weight ratio between 0.8 and 12.0; (ii) the hydrochloric acid and urea are present at a urea/hydrochloric acid molar ratio between 0.1 and 0.5; and (iii) wherein the composition and the water in the composition have volumes, the volume of the composition being between 250% and 1540% larger than the water volume. (i) the urea and water are present at a urea/water weight ratio between 0.8 and 12.0; (ii) the hydrochloric acid and urea are present at a urea/hydrochloric acid molar ratio between 0.1 and 0.5; and (iii) wherein the composition and the water in the composition have volumes, the volume of the composition being between 250% and 1540% larger than the water volume.
A signal transmission method, comprising: receiving, by a terminal device , resource scheduling information sent by a network device , wherein the resource scheduling information is used to indicate a second resource set allocated by the network device to the terminal device , the second resource set comprises at least one resource block, the at least one resource block is from a first resource set, and the first resource set is an integer quantity of resource blocks that are evenly distributed in frequency domain; and performing, by the terminal device , uplink transmission on a detected idle frequency domain resource based on the resource scheduling information, wherein the uplink transmission occupies a plurality of time units, a resource structure of a resource block used for the uplink transmission in each time unit is the same as a resource structure of the second resource set, wherein that the resource structures are the same means that quantities of resource blocks are the same and spacings between adjacent resource blocks are the same, and frequency locations of resource blocks used for the uplink transmission in adjacent time units are different; and characterised by : sending, by the terminal device , a reference signal to the network device , wherein in each time unit occupied by the uplink transmission, a frequency location of a resource block carrying the reference signal is the same as a frequency location of a resource block carrying an uplink signal. receiving, by a terminal device , resource scheduling information sent by a network device , wherein the resource scheduling information is used to indicate a second resource set allocated by the network device to the terminal device , the second resource set comprises at least one resource block, the at least one resource block is from a first resource set, and the first resource set is an integer quantity of resource blocks that are evenly distributed in frequency domain; and performing, by the terminal device , uplink transmission on a detected idle frequency domain resource based on the resource scheduling information, wherein the uplink transmission occupies a plurality of time units, a resource structure of a resource block used for the uplink transmission in each time unit is the same as a resource structure of the second resource set, wherein that the resource structures are the same means that quantities of resource blocks are the same and spacings between adjacent resource blocks are the same, and frequency locations of resource blocks used for the uplink transmission in adjacent time units are different; and characterised by : sending, by the terminal device , a reference signal to the network device , wherein in each time unit occupied by the uplink transmission, a frequency location of a resource block carrying the reference signal is the same as a frequency location of a resource block carrying an uplink signal.
A system comprising: a system controller for a refrigeration or HVAC system having a compressor rack with at least one compressor, the system controller configured to monitor and control operation of the refrigeration or HVAC system; and a rack controller in communication with the system controller, the rack controller configured to monitor and control operation of the compressor rack; wherein the system controller is configured to determine a flood-back discharge temperature corresponding to a flood-back condition, which is a minimum allowable discharge temperature determined based on inputs including compressor efficiency, refrigerant properties, and operating pressures, to receive an actual discharge temperature associated with the compressor rack, to compare the actual discharge temperature with the flood-back discharge temperature, and to generate a notification to the rack controller based on the comparison; and wherein the system controller is configured to generate the notification when a difference between the flood-back discharge temperature and the actual discharge temperature is less than a predetermined threshold. a system controller for a refrigeration or HVAC system having a compressor rack with at least one compressor, the system controller configured to monitor and control operation of the refrigeration or HVAC system; and a rack controller in communication with the system controller, the rack controller configured to monitor and control operation of the compressor rack; wherein the system controller is configured to determine a flood-back discharge temperature corresponding to a flood-back condition, which is a minimum allowable discharge temperature determined based on inputs including compressor efficiency, refrigerant properties, and operating pressures, to receive an actual discharge temperature associated with the compressor rack, to compare the actual discharge temperature with the flood-back discharge temperature, and to generate a notification to the rack controller based on the comparison; and wherein the system controller is configured to generate the notification when a difference between the flood-back discharge temperature and the actual discharge temperature is less than a predetermined threshold.
Method for operating a high voltage pulse device , in particular for fragmenting and/or weakening material by means of high voltage discharges, with an energy storage device for providing the energy for the high voltage pulses and a charging device for charging the energy storage device , wherein a sequence of high voltage pulses is generated with the device in the intended high voltage pulse operation mode and whereby the energy storage device is completely discharged with each high voltage pulse and is only recharged for the next high voltage pulse after the end of a charging pause (LP) by supplying charging energy with the charging device , and wherein the energy storage device is short-circuited and/or earthed in a charging pause (LP) when the device is transferred from the intended high voltage pulse operation mode to a non-operating state in which the energy storage device of the high voltage pulse device is discharged and is secured against an unintentional charging.
A rear structure of a saddle-ride type vehicle having a rear fender halved into a first fender and a second fender connected to each other, the first fender being formed with a hanging portion so as to cover the rearward and upside of a rear wheel and the second fender covering the upside of the rear wheel , wherein a fresh air inlet is provided lateral to and in front of the rear wheel , the first fender and the second fender are disposed to overlap each other in an anteroposterior direction, the second fender is disposed on the vehicle-widthwise inside of the first fender , and the second fender has anteroposteriorly and downward extending sidewalls at both vehicle-widthwise lateral end portions, wherein a luggage box is disposed in front of the second fender and has a bottom wall lower surface located to face the rear wheel , and a given gap is provided between a front end of the second fender and a bottom wall rear end of the luggage box , and a base wall and a left and a right sidewalls of the second fender define a water-guide passage below the base wall , and the water-guide passage is formed in a U-shape in cross-section extending in the anteroposterior direction so as to lead forward rainwater or the like splashed by the rear wheel .
Composite panel for use in the manufacture of a letterpress plate, - with a carrier layer , - with at least one photo layer , which can be structured via electromagnetic radiation in a wavelength range, - in which the photo layer is arranged on the carrier layer , - in which a barrier layer is provided, in which the barrier layer is arranged on the side of the photo layer facing away from the carrier layer , - in which the barrier layer is substantially transparent in the wavelength range in which the photo layer is structurable, - in which at least one mask material is arranged on the barrier layer , and - in which the mask material is applied by lamination, characterized in that - the mask material comprises diazo compounds, in which the solubility of the mask material can be influenced by selective exposure in the visible range. - with a carrier layer , - with at least one photo layer , which can be structured via electromagnetic radiation in a wavelength range, - in which the photo layer is arranged on the carrier layer , - in which a barrier layer is provided, in which the barrier layer is arranged on the side of the photo layer facing away from the carrier layer , - in which the barrier layer is substantially transparent in the wavelength range in which the photo layer is structurable, - in which at least one mask material is arranged on the barrier layer , and - in which the mask material is applied by lamination, characterized in that - the mask material comprises diazo compounds, in which the solubility of the mask material can be influenced by selective exposure in the visible range.
A display panel, configured to provide at least two visual fields of view, wherein each visual field of view refers to a different area where a user can observe a display image on the display panel normally when light is incident on the display panel in a predetermined direction, the display panel comprising: a first substrate ; a second substrate disposed opposite to the first substrate ; a liquid crystal layer disposed between the first substrate and the second substrate ; an orientation layer in contact with the liquid crystal layer , for orienting the liquid crystal of the liquid crystal layer ; and a reflective structure group disposed on the first substrate , which comprises a plurality of reflective structures , wherein a reflective surface of each reflective structure faces the second substrate , and each reflective structure of the reflective structure group is configured to reflect light from the second substrate in a predetermined direction in one-to-one correspondence to one of the at least two visual fields of view, wherein the first substrate is provided with a pixel electrode made of a metal material, for driving the liquid crystal of the liquid crystal layer for deflection, and the pixel electrode further functions as the reflective structure , or, wherein the first substrate is provided with a common electrode made of a metal material, for driving the liquid crystal of the liquid crystal layer for deflection, and the common electrode further functions as the reflective structure . a first substrate ; a second substrate disposed opposite to the first substrate ; a liquid crystal layer disposed between the first substrate and the second substrate ; an orientation layer in contact with the liquid crystal layer , for orienting the liquid crystal of the liquid crystal layer ; and a reflective structure group disposed on the first substrate , which comprises a plurality of reflective structures , wherein a reflective surface of each reflective structure faces the second substrate , and each reflective structure of the reflective structure group is configured to reflect light from the second substrate in a predetermined direction in one-to-one correspondence to one of the at least two visual fields of view, wherein the first substrate is provided with a pixel electrode made of a metal material, for driving the liquid crystal of the liquid crystal layer for deflection, and the pixel electrode further functions as the reflective structure , or, wherein the first substrate is provided with a common electrode made of a metal material, for driving the liquid crystal of the liquid crystal layer for deflection, and the common electrode further functions as the reflective structure .
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source , which apparatus comprises an application unit with at least one application element adapted to apply build material on a build plane , with a determination unit that is adapted to determine contact information relating to a force acting on the at least one application element , preferably during an application process, wherein a control unit is provided that is adapted to control the movement of the at least one application element , in particular dependent on the contact information, and wherein the control unit is adapted to determine, in dependence on the contact information, whether a replacement of the at least one application element is necessary, in particular to determine and indicate a necessary replacement. wherein a control unit is provided that is adapted to control the movement of the at least one application element , in particular dependent on the contact information, and wherein the control unit is adapted to determine, in dependence on the contact information, whether a replacement of the at least one application element is necessary, in particular to determine and indicate a necessary replacement.