mhurhangee/patent-ind-claim-en huggingface dataset:
A method for Low-Density Parity Check processing of blocks of data bits comprising performing binary operations over each block of data based on a parity check matrix and encoding each block of data bits into a codeword having a number of bits, whereby the number of bits of the codeword defines the codeword length, whereby the method supports a maximum codeword length, whereby the parity check matrix is partitioned into a first level circulant blocks, and the first level circulant blocks are further partitioned into a second level circulant blocks and the second level circulant blocks are further partitioned into a third level circulant blocks, whereby each one of the circulant blocks of the first level, the second level and the third level is established by cyclic permutation of a diagonal or anti-diagonal matrix and is defined by a single shift parameter, whereby the binary operations include consecutive shifting operations, with each one of the shifting operations being associated with each one of the shift parameters of the first level blocks or the shift parameters of the second level blocks or the shift parameters of the third level blocks respectively, whereby the codeword length is controlled by the size of the the partition of the second level circulant blocks into third level circulant blocks, and whereby the method further comprises a) selecting the size of the partition of the second level circulant blocks into third level circulant blocks to select the codeword length for the encoding of each block of data bits, b) determining the shift parameters of the second level block using the shift parameters of the second level blocks that are associated with the said maximum codeword length and the said size of partition of the second level circulant blocks into third level circulant blocks for the selection of the codeword length and c) determining the shift parameters zm of the second level circulant blocks that are partitioned into m×m third level circulant blocks from the shift parameters zn of the second level circulant blocks that are partitioned into n×n third level circulant blocks, where n equals 2 times m, by the following equation: zm = sign zn ⋅ floor zn − 1 2 + 1 where sign is the sign operation and floor is the floor operation of a real number, i.e. the larger integer not greater than the real number.
A method performed by an Edge computing device for generating local dynamic map, LDM, data, the method comprising: receiving a registration message from a mobile device, the registration message including a request to receive LDM data as a service from the Edge computing device; receiving first LDM data for a service area of the Edge computing device; integrating the first LDM data into an LDM data model, representing an aggregation of LDM data for the service area of the Edge computing device; determining second LDM data of the LDM data model that is relevant to the mobile device based on information included with the registration message; and providing the determined second LDM data to the mobile device. receiving a registration message from a mobile device, the registration message including a request to receive LDM data as a service from the Edge computing device; receiving first LDM data for a service area of the Edge computing device; integrating the first LDM data into an LDM data model, representing an aggregation of LDM data for the service area of the Edge computing device; determining second LDM data of the LDM data model that is relevant to the mobile device based on information included with the registration message; and providing the determined second LDM data to the mobile device.
Arrangement , having - a tablet computer unit having a tablet computer and a first connection unit , - a gantry of a medical imaging device having a casing and a second connection unit , - wherein the casing has a recess (R3) in which the tablet computer unit can be positively mounted, - wherein the second connection unit is arranged in a region of the recess (R3) in such a way that, by means of the first connection unit and the second connection unit , a connection can be formed, which counteracts removal of the tablet computer unit from the recess (R3), characterised in that the recess (R3) has a first region (R33) for positively mounting the tablet computer and a second region (RG) for receiving the first connection unit , - wherein the second region (RG) is designed as at least one recess relative to the first region (R33), - wherein the recess (R3) has a third region (RF), in which positive mounting of the tablet computer is interrupted in such a way that a finger (F) and/or a tool can be applied to the tablet computer in the recess in order to exert a compressive force for removing the tablet computer unit from the recess (R3). - a tablet computer unit having a tablet computer and a first connection unit , - a gantry of a medical imaging device having a casing and a second connection unit , - wherein the casing has a recess (R3) in which the tablet computer unit can be positively mounted, - wherein the second connection unit is arranged in a region of the recess (R3) in such a way that, by means of the first connection unit and the second connection unit , a connection can be formed, which counteracts removal of the tablet computer unit from the recess (R3), characterised in that the recess (R3) has a first region (R33) for positively mounting the tablet computer and a second region (RG) for receiving the first connection unit , - wherein the second region (RG) is designed as at least one recess relative to the first region (R33), - wherein the recess (R3) has a third region (RF), in which positive mounting of the tablet computer is interrupted in such a way that a finger (F) and/or a tool can be applied to the tablet computer in the recess in order to exert a compressive force for removing the tablet computer unit from the recess (R3).
A display device, comprising: a display panel configured to display an image; a cover bottom configured to cover the display panel ; at least two sound-generating actuators supported by the cover bottom , the sound-generating actuators being in contact with the display panel to vibrate the display panel to generate sound; and an actuator fixing device configured to support the at least two sound-generating actuators to be adjacent to each other; wherein the actuator fixing device comprises: a first support part configured to support a first actuator ; a second support part configured to support a second actuator ; and a reinforcing rib part adjacent to the first support part and to the second support part . a display panel configured to display an image; a cover bottom configured to cover the display panel ; at least two sound-generating actuators supported by the cover bottom , the sound-generating actuators being in contact with the display panel to vibrate the display panel to generate sound; and an actuator fixing device configured to support the at least two sound-generating actuators to be adjacent to each other; a first support part configured to support a first actuator ; a second support part configured to support a second actuator ; and a reinforcing rib part adjacent to the first support part and to the second support part .
A binding protein for the spike protein of severe acute respiratory syndrome corona virus 2 (SARS-Cov-2) comprising an amino acid sequence with at least 92 % sequence identity to SEQ ID NO 28, wherein the binding protein has a binding affinity of less than 100 nM for the receptor binding domain (RBD) of the spike protein.
Drive belt for a traction mechanism drive, having a radially externally arranged top layer composed of a fiber-containing elastomer or of an elastomer comprising a fiber mesh, having a radially centrally arranged tension member layer composed of a wound tension strand or a plurality of circumferentially oriented tension strands, and a radially internally arranged substructure composed of an elastomer, wherein at least one wedge-shaped rib is integrally formed in the substructure , a coating layer composed of a circumferentially open fiber mesh being applied to the outer surfaces of said wedge-shaped rib, characterized in that the circumferential ends of the coating layer and a parting joint , which is filled by the elastomer of the substructure , between said circumferential ends of the coating layer are covered with a transverse strip composed of a vulcanizable material, wherein said vulcanizable material has a reduced friction coefficient in relation to the elastomer of the substructure .
Method for producing a ribbed pipe , in which a pipe base body is ribbed on its outside , in particular helically, with a first strip , for which the first strip is fixed on the pipe base body using a first laser beam , characterised in that the pipe base body is ribbed on the outside , in particular simultaneously, with a second strip , for which the second strip is fixed on the pipe base body using a second laser beam , in particular in parallel to the first strip .
An apparatus comprising: means for storing energy; means for supplying some of the energy to an apparatus; means for discharging the energy in response to the some of the energy being supplied to the apparatus; means for retaining a non-zero residual energy; means for recharging the means for storing energy; and means for selecting an amount of the non-zero residual energy from at least two values, characterised in that : the means for discharging is adapted to vary the amount of the non-zero residual energy by selectively activating or deactivating elements in the means for discharging. means for storing energy; means for supplying some of the energy to an apparatus; means for discharging the energy in response to the some of the energy being supplied to the apparatus; means for retaining a non-zero residual energy; means for recharging the means for storing energy; and means for selecting an amount of the non-zero residual energy from at least two values, characterised in that : the means for discharging is adapted to vary the amount of the non-zero residual energy by selectively activating or deactivating elements in the means for discharging.
A tank vent tube for a deaerator tank system, comprising: a tube body configured to mount to a deaerator tank, the tube body defining a vent channel ; and a relief hole defined through the tube body ; and characterised in that the tank vent tube further comprises a venturi structure in the vent channel of the tube body at least partially over the relief hole , wherein the venturi structure is configured to reduce pressure over the relief hole as a function of flow in the vent channel , wherein the venturi structure includes a wall extending across the vent channel , wherein the wall defines an inlet and an outlet between the wall and an interior surface of the tube body , wherein the inlet includes a larger flow area than the outlet , wherein the inlet is upstream of the relief hole . a tube body configured to mount to a deaerator tank, the tube body defining a vent channel ; and a relief hole defined through the tube body ; and characterised in that the tank vent tube further comprises a venturi structure in the vent channel of the tube body at least partially over the relief hole , wherein the venturi structure is configured to reduce pressure over the relief hole as a function of flow in the vent channel , wherein the venturi structure includes a wall extending across the vent channel , wherein the wall defines an inlet and an outlet between the wall and an interior surface of the tube body , wherein the inlet includes a larger flow area than the outlet , wherein the inlet is upstream of the relief hole .
A device for lifting and transporting a load attached by a sling including a hook , one groove of which is intended to receive a loop or a sling ring, and including a pawl which is movable in rotation about a pawl pivot axis between an open position in which an opening of the groove is unobstructed and a closed position in which said opening of the groove is sealed, said device including: - a lock including a locked position in which said lock prohibits the rotation of the pawl in the closed position of said pawl, and including an unlocked position in which the rotation of the pawl is possible: - a lever including a cocked position in which said lever holds the lock in the unlocked position and a tripped position in which said lever does not hold said lock which is driven to the locked position by a lock spring ; and being characterised in that a rotation of the pawl from the closed position to the open position actuates the lever from the cocked position to the tripped position. - a lock including a locked position in which said lock prohibits the rotation of the pawl in the closed position of said pawl, and including an unlocked position in which the rotation of the pawl is possible: - a lever including a cocked position in which said lever holds the lock in the unlocked position and a tripped position in which said lever does not hold said lock which is driven to the locked position by a lock spring ;
A system for treating food products, comprising: - at least one machine comprising: a first container for treating a food product; at least one temperature sensor adapted to detect a temperature inside the container ; a processing and control unit , operatively connected to the at least one sensor to receive the temperature detected and comprising a module for receiving and transmitting at least the temperature detected; characterised in that comprises:- a plurality of processing nodes defining an information write module configured to write to a distributed architecture database (DB) of the distributed ledger type information indicating at least the temperature received from the receiving and transmitting module ; - a memory containing data which indicate temperature intervals conforming to one or more standards according to HACCP procedures; wherein the processing and control unit is configured to extract one or more temperature intervals from the set of temperature intervals, chosen as a function of the state and settings of the machine for treating food products, and to check whether the temperature received from the at least one temperature sensor falls within the one or more intervals extracted and, if the temperature is outside the one or more intervals extracted, to generate an alarm message. - at least one machine comprising: a first container for treating a food product; at least one temperature sensor adapted to detect a temperature inside the container ; a processing and control unit , operatively connected to the at least one sensor to receive the temperature detected and comprising a module for receiving and transmitting at least the temperature detected; characterised in that comprises:- a plurality of processing nodes defining an information write module configured to write to a distributed architecture database (DB) of the distributed ledger type information indicating at least the temperature received from the receiving and transmitting module ; a first container for treating a food product; at least one temperature sensor adapted to detect a temperature inside the container ; a processing and control unit , operatively connected to the at least one sensor to receive the temperature detected and comprising a module for receiving and transmitting at least the temperature detected; characterised in that comprises:- a plurality of processing nodes defining an information write module configured to write to a distributed architecture database (DB) of the distributed ledger type information indicating at least the temperature received from the receiving and transmitting module ; - a memory containing data which indicate temperature intervals conforming to one or more standards according to HACCP procedures;
A compound of formula 1c wherein each of R 1 independently is selected from Cl and F; and R 2 is H or F; or a compound having a structure selected from the group consisting of: wherein each of R 1 independently is selected from Cl and F; and R 2 is H or F; or a compound having a structure selected from the group consisting of:
A method of estimating distances to objects within a scene from a light field comprising a set of images captured from different viewpoints using a processor configured by an image processing application, the method comprising: selecting an initial hypothesized depth for a selected pixel from a reference image captured from a reference viewpoint; determining corresponding pixel locations in the set of captured images at the hypothesized depth; measuring a similarity of the corresponding pixels using a cost function; repeating a calculation of the cost function for corresponding pixels at different depths sweeping across a range of hypothesized depths until a depth search is complete using prior information about where objects are in the scene to restrict which depths are sampled; and determining a most likely depth as the hypothesized depth at which the cost function indicates that the corresponding pixels have a highest level of similarity, characterized in that the determining corresponding pixel locations in the set of captured images at the hypothesized depth is based upon a location of the selected pixel within the reference image and information concerning a baseline between the reference viewpoint and the other different viewpoints used to perform the distance estimation, and, when occlusion/visibility information is available, disregarding occluded pixels. selecting an initial hypothesized depth for a selected pixel from a reference image captured from a reference viewpoint; determining corresponding pixel locations in the set of captured images at the hypothesized depth; measuring a similarity of the corresponding pixels using a cost function; repeating a calculation of the cost function for corresponding pixels at different depths sweeping across a range of hypothesized depths until a depth search is complete using prior information about where objects are in the scene to restrict which depths are sampled; and determining a most likely depth as the hypothesized depth at which the cost function indicates that the corresponding pixels have a highest level of similarity,
An agricultural stalk press for pressing bales or big bales, in particular, cuboid-shaped bales or big bales, the stalk press having a receiving device for picking up harvested material, a pressing device for pressing the harvested material into bales of a defined size, and, arranged downstream of the pressing device, a conveying device and/or depositing device for ejecting finished pressed bales bound with twine, wherein the conveying device and/or depositing device has a support table that is rotatable about an approximately vertical axis , characterised in that an inclined ramp for the controlled depositing of bales on the ground laterally adjoins the rotatable support table of the conveying device and/or depositing device , and in that the rotatable support table is assigned a pushing device for displacing bales or big bales, which are situated on the support table , toward the inclined ramp . wherein the conveying device and/or depositing device has a support table that is rotatable about an approximately vertical axis , characterised in that an inclined ramp for the controlled depositing of bales on the ground laterally adjoins the rotatable support table of the conveying device and/or depositing device , and in that the rotatable support table is assigned a pushing device for displacing bales or big bales, which are situated on the support table , toward the inclined ramp .
Use of an acidogenic leachate for soil washing, said acidogenic leachate being obtainable by incomplete decomposition of organic waste under anaerobic conditions, said use including complex forming between fatty acid molecules in the acidogenic leachate and pollutants in the soil, resulting in a contaminated leachate.
An aero load reduction control system , comprising: at least one first wind turbine input device configured to transmit a first operational signal representative of a first operational condition, the first operational condition including a blade deflection condition; at least one second wind turbine input device configured to transmit at least one second operational signal representative of at least one second operational condition inherent to wind turbine operation and/or environmental factors that affect operation of wind turbine; at least one wind turbine regulating device ; and characterised in that : the at least one first wind turbine input device is a plurality of sensors that measure rotor deflection; and by at least one processor (150, 206, 208-A, 208-B, 208-N) operatively coupled with said first wind turbine input device , said second wind turbine input device , and said regulating device , said processor (150, 206, 208-A, 208-B, 208-N) being programmed to receive the first and second operational signals via a turbine control inputs module operatively coupled to the first and second wind turbine input devices, and the processor further being programmed to transmit at least one signal to said wind turbine regulating device to change the second operational condition to change the blade deflection condition. at least one first wind turbine input device configured to transmit a first operational signal representative of a first operational condition, the first operational condition including a blade deflection condition; at least one second wind turbine input device configured to transmit at least one second operational signal representative of at least one second operational condition inherent to wind turbine operation and/or environmental factors that affect operation of wind turbine; at least one wind turbine regulating device ; and characterised in that : the at least one first wind turbine input device is a plurality of sensors that measure rotor deflection; and by at least one processor (150, 206, 208-A, 208-B, 208-N) operatively coupled with said first wind turbine input device , said second wind turbine input device , and said regulating device , said processor (150, 206, 208-A, 208-B, 208-N) being programmed to receive the first and second operational signals via a turbine control inputs module operatively coupled to the first and second wind turbine input devices, and the processor further being programmed to transmit at least one signal to said wind turbine regulating device to change the second operational condition to change the blade deflection condition.
A method of wireless communication by a base station (BS), the method comprising: determining a UE has connected to the BS; and configuring the UE to use one of a first transmit-power control mode or a second transmit-power control mode for determining a transmit-power used for transmitting wireless data over a sidelink, wherein configuring the UE to use a first transmit-power control mode is based on the BS being positioned indoors; and wherein configuring the UE to use a second transmit-power control mode is based on the BS being positioned outdoors. configuring the UE to use one of a first transmit-power control mode or a second transmit-power control mode for determining a transmit-power used for transmitting wireless data over a sidelink, wherein configuring the UE to use a first transmit-power control mode is based on the BS being positioned indoors; and wherein configuring the UE to use a second transmit-power control mode is based on the BS being positioned outdoors.