mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication in a time-division duplex, TDD, communication system, comprising: identifying (1005; 1105) a first subframe type corresponding to subframes having uplink-uplink, UL-UL, interference between a serving cell and a neighboring cell and associated with application of a first power control parameter; identifying (1010; 1110) a second subframe type corresponding to subframes having downlink-uplink, DL-UL, interference between the serving cell and the neighboring cell and associated with application of a second power control parameter; identifying (1015; 1115) one or more subframes to be transmitted according to the first or second power control parameter based on the subframe type of the respective one or more subframes; transmitting a bitmap identifying which of the one or more subframes have the first subframe type and which have the second subframe type to a user equipment , wherein each subframe of the one or more subframes is associated with one or more bits of the bitmap; and transmitting a first indication of a first power control parameter via radio resource control, RRC, signaling, and a second indication of a second power control parameter via Open Loop Power Control, OLPC, signaling. identifying (1005; 1105) a first subframe type corresponding to subframes having uplink-uplink, UL-UL, interference between a serving cell and a neighboring cell and associated with application of a first power control parameter; identifying (1010; 1110) a second subframe type corresponding to subframes having downlink-uplink, DL-UL, interference between the serving cell and the neighboring cell and associated with application of a second power control parameter; identifying (1015; 1115) one or more subframes to be transmitted according to the first or second power control parameter based on the subframe type of the respective one or more subframes; transmitting a bitmap identifying which of the one or more subframes have the first subframe type and which have the second subframe type to a user equipment , wherein each subframe of the one or more subframes is associated with one or more bits of the bitmap; and transmitting a first indication of a first power control parameter via radio resource control, RRC, signaling, and a second indication of a second power control parameter via Open Loop Power Control, OLPC, signaling.
A biopsy device comprising: (a) a probe including a probe body , and a needle extending distally from the probe body ; (b) a holster including a prong extending from a portion of the holster , the probe being releasably couplable to the holster ; and (c) a probe lock including a lock member , the lock member being configured to move laterally relative to a longitudinal axis defined by the needle to both selectively lock the probe to the holster and to provide an affirmative indication of locking of the probe to the holster, characterized in that the probe further comprises a retainer and the probe lock further comprises a flex lock extending from the lock member , the flex lock being configured to engage the retainer to hold the lock member in an unlocked position and release the lock member upon engagement with the prong . (a) a probe including a probe body , and a needle extending distally from the probe body ; (b) a holster including a prong extending from a portion of the holster , the probe being releasably couplable to the holster ; and (c) a probe lock including a lock member , the lock member being configured to move laterally relative to a longitudinal axis defined by the needle to both selectively lock the probe to the holster and to provide an affirmative indication of locking of the probe to the holster, characterized in that the probe further comprises a retainer and the probe lock further comprises a flex lock extending from the lock member , the flex lock being configured to engage the retainer to hold the lock member in an unlocked position and release the lock member upon engagement with the prong .
A cam arrangement for a lock mechanism of a window or door closure, the cam arrangement being configured to be mounted on a supporting member of the lock mechanism , the supporting member having an upper surface and a lower surface, the cam arrangement comprising a cam which is moveable between a first axial position at which the cam , when mounted to the supporting member of the lock mechanism , projects a first distance from the upper surface of the supporting member and a second axial position at which the cam , when mounted to the supporting member of the lock mechanism , projects a second distance from the upper surface of the supporting member - against a biasing force provided by a biasing member , the second distance being greater than the first distance wherein the cam arrangement is configured such that, in use, the biasing member is provided in an abutting relationship with the lower surface of the supporting member .
A method for operating a humidifier coupled to a gas flow generator , the humidifier having a pump providing a supply of water to a heater plate , the method comprising: providing power to the gas flow generator ; raising the temperature of the heater plate from an ambient temperature to a first predetermined temperature; powering the pump at a predetermined first duty cycle; monitoring the temperature of the heater plate until one of: a drop in temperature is detected, or a predetermined period of time has elapsed; and characterized in that the method further comprising: increasing the duty cycle of the pump if the drop in temperature is detected, or turning off the pump if the predetermined period of time has elapsed. providing power to the gas flow generator ; raising the temperature of the heater plate from an ambient temperature to a first predetermined temperature; powering the pump at a predetermined first duty cycle; monitoring the temperature of the heater plate until one of: a drop in temperature is detected, or a predetermined period of time has elapsed; a drop in temperature is detected, or a predetermined period of time has elapsed; and characterized in that the method further comprising: increasing the duty cycle of the pump if the drop in temperature is detected, or turning off the pump if the predetermined period of time has elapsed. increasing the duty cycle of the pump if the drop in temperature is detected, or turning off the pump if the predetermined period of time has elapsed.
A programmable controller for controlling an ultraviolet (UV) sensor that is excited by an excitation voltage, wherein a UV sensitivity of the UV sensor is dependent on the excitation voltage, the programmable controller comprising: an excitation voltage generator configured to produce an adjustable excitation voltage for use by the UV sensor; a timer for tracking an elapsed time; a temperature sensor for tracking a temperature over time; a programmable sensitivity offset circuit for use in controlling the UV sensitivity of the UV sensor, the programmable sensitivity offset circuit is configured to use the timer and the temperature sensor and provide a programmable sensitivity offset for the UV sensor based on the environmental temperature in which the UV sensor is operating over time; a control circuit operatively coupled to the excitation voltage generator and the programmable sensitivity offset circuit, the control circuit configured to control the excitation voltage generator based at least in part on the programmable sensitivity offset provided by the programmable sensitivity offset circuit to produce the excitation voltage that results in a desired UV sensitivity for the UV sensor. an excitation voltage generator configured to produce an adjustable excitation voltage for use by the UV sensor; a timer for tracking an elapsed time; a temperature sensor for tracking a temperature over time; a programmable sensitivity offset circuit for use in controlling the UV sensitivity of the UV sensor, the programmable sensitivity offset circuit is configured to use the timer and the temperature sensor and provide a programmable sensitivity offset for the UV sensor based on the environmental temperature in which the UV sensor is operating over time; a control circuit operatively coupled to the excitation voltage generator and the programmable sensitivity offset circuit, the control circuit configured to control the excitation voltage generator based at least in part on the programmable sensitivity offset provided by the programmable sensitivity offset circuit to produce the excitation voltage that results in a desired UV sensitivity for the UV sensor.
A hybrid solar wind power generation device comprising: at least one power generator connected with a drive shaft drivable by external power; at least one wind-driven module drivingly connected with the drive shaft , the wind-driven module being drivable by external wind power to drive the drive shaft to rotate for making the power generator generate power; at least one solar module , the solar module having a solar panel set capable of converting sunlight into electrical energy and a motor drivingly connected with the drive shaft , the solar panel set being rotatable with the drive shaft , the solar panel set having multiple solar panels arranged at intervals, multiple hollow sections being defined between the solar panels ; characterized in that the solar panel set serves to convert sunlight into electrical energy to drive the motor for driving the solar panel set and the drive shaft to rotate so as to make the power generator generate power. at least one power generator connected with a drive shaft drivable by external power; at least one wind-driven module drivingly connected with the drive shaft , the wind-driven module being drivable by external wind power to drive the drive shaft to rotate for making the power generator generate power; at least one solar module , the solar module having a solar panel set capable of converting sunlight into electrical energy and a motor drivingly connected with the drive shaft , the solar panel set being rotatable with the drive shaft , the solar panel set having multiple solar panels arranged at intervals, multiple hollow sections being defined between the solar panels ; characterized in that the solar panel set serves to convert sunlight into electrical energy to drive the motor for driving the solar panel set and the drive shaft to rotate so as to make the power generator generate power.
A computer implemented method of securing an application executing in a software container deployed in a container host in a computer system, the method comprising: identifying at least one application executing in the container; determining an application installation path for the application as a location in a container data storage facility at which the code for the application at least partially resides; generating an encryption key for the application; determining a data path for the application as a location in the container data storage facility at which data processed or generated by the application at least partially resides; securely communicating an identifier of the container, the application installation path, the data path and the generated encryption key for secure storage by a security component external to the container host so that the security component is operable with a plurality of container hosts; securely receiving, from the security component, one or more access control rules defining computing components authorised to access the application; encrypting data stored at the application installation path and data stored at the data path using the generated key; and providing access to the application selectively in accordance with the access control rules by sharing the encryption key with authorised accessors. identifying at least one application executing in the container; determining an application installation path for the application as a location in a container data storage facility at which the code for the application at least partially resides; generating an encryption key for the application; determining a data path for the application as a location in the container data storage facility at which data processed or generated by the application at least partially resides; securely communicating an identifier of the container, the application installation path, the data path and the generated encryption key for secure storage by a security component external to the container host so that the security component is operable with a plurality of container hosts; securely receiving, from the security component, one or more access control rules defining computing components authorised to access the application; encrypting data stored at the application installation path and data stored at the data path using the generated key; and providing access to the application selectively in accordance with the access control rules by sharing the encryption key with authorised accessors.
A computer-aided image processing method for reading a marking on a surface of an animal skin support, the method being carried out before tanning the skin, the method comprising the steps of: - acquiring by a camera an image of the surface of the support; - detecting a marking area (ZM), said detection step comprising a first processing applied within a window, said window being a part of the image and said marking area being a portion of the image included in said part of the image; - determining an orientation of the marking area (ZM), said determination comprising a second processing; - detecting the characters comprised in the marking area (ZM), said detection comprising a third processing applied to a new image of the marking area (ZM), the new image being obtained on the basis of the portion of the image corresponding to the marking area (ZM) through a calculation carried out according to the orientation determined in the previous step; - classifying each detected character in the new image of the marking area (ZM); - ordering the detected and classified characters in the new image of the marking area (ZM), according to a reading direction of the characters defined on the basis of the orientation of the marking area. - acquiring by a camera an image of the surface of the support; - detecting a marking area (ZM), said detection step comprising a first processing applied within a window, said window being a part of the image and said marking area being a portion of the image included in said part of the image; - determining an orientation of the marking area (ZM), said determination comprising a second processing; - detecting the characters comprised in the marking area (ZM), said detection comprising a third processing applied to a new image of the marking area (ZM), the new image being obtained on the basis of the portion of the image corresponding to the marking area (ZM) through a calculation carried out according to the orientation determined in the previous step; - classifying each detected character in the new image of the marking area (ZM); - ordering the detected and classified characters in the new image of the marking area (ZM), according to a reading direction of the characters defined on the basis of the orientation of the marking area.
Assembly comprising a mould and a mould divider which is suitable for installation into the mould , wherein the mould has two mould walls which are spaced apart from one another and between which a mould interior space for passage of a melt extends, the mould divider comprising - a divider block having two outer surfaces for subdividing the mould interior space into two sub-spaces which are separated from one another by the outer surfaces of the divider block , and - at least one cooling channel for a cooling liquid for cooling at least one outer surface , which at least one cooling channel runs in the divider block , characterized by at least one clamping piston , which is guided into a mould wall through a mould wall opening and is able to be moved in a hydraulically or pneumatically or electromechanically driven manner towards the divider block , and away from the divider block , along its longitudinal axis, and by way of which at least one clamping piston a clamping force is able to be exerted on the divider block . - a divider block having two outer surfaces for subdividing the mould interior space into two sub-spaces which are separated from one another by the outer surfaces of the divider block , and - at least one cooling channel for a cooling liquid for cooling at least one outer surface , which at least one cooling channel runs in the divider block , characterized by at least one clamping piston , which is guided into a mould wall through a mould wall opening and is able to be moved in a hydraulically or pneumatically or electromechanically driven manner towards the divider block , and away from the divider block , along its longitudinal axis, and by way of which at least one clamping piston a clamping force is able to be exerted on the divider block .
A native non-human whey protein having a nativity of more than 80% for use in: (a) improving intestinal maturation; and/or (b) reducing and/or preventing intestinal permeability, wherein the intestine includes at least the colon. (a) improving intestinal maturation; and/or (b) reducing and/or preventing intestinal permeability,
A mesoporous elastomer having an ordered and periodic nanoporous structure, the mesoporous elastomer being formed by a crosslinked elastomeric lyotropic liquid crystal, the elastomeric lyotropic liquid crystal formed by: polymerizable amphiphilic molecules, a hydrophilic solvent, a hydrophobic solvent, wherein the hydrophilic solvent comprises hydrophilic monomers and/or the hydrophobic solvent comprises hydrophobic monomers, and wherein the mesoporous elastomer comprises each of the three chemical covalent crosslinking species: homogenous chemical crosslinking of polymerizable amphiphilic molecules with neighboring polymerizable amphiphilic molecules; interfacial and heterogeneous chemical crosslinking of polymerizable amphiphilic molecules with hydrophobic monomers that further form hydrophobic polymer chains and/or interfacial and heterogeneous chemical crosslinking of polymerizable amphiphilic molecules with hydrophilic monomers that further form hydrophilic polymer chains; and homogenous chemical crosslinking of hydrophobic monomers to form polymeric crosslinked hydrophobic polymer chains and/or homogenous chemical crosslinking of hydrophilic monomers to form polymeric crosslinked hydrophilic polymer chains. homogenous chemical crosslinking of polymerizable amphiphilic molecules with neighboring polymerizable amphiphilic molecules; interfacial and heterogeneous chemical crosslinking of polymerizable amphiphilic molecules with hydrophobic monomers that further form hydrophobic polymer chains and/or interfacial and heterogeneous chemical crosslinking of polymerizable amphiphilic molecules with hydrophilic monomers that further form hydrophilic polymer chains; and homogenous chemical crosslinking of hydrophobic monomers to form polymeric crosslinked hydrophobic polymer chains and/or homogenous chemical crosslinking of hydrophilic monomers to form polymeric crosslinked hydrophilic polymer chains.
Fastening device for a line routing device which has a receiving space in which a line section (6.1) is mounted so that it can be pulled out in a pull-out direction (A), for mounting the line routing device on a robot arm with several Links and the links mutually adjusting joints , comprising: - A first connection body which is designed to rigidly connect the first connection body of the fastening device to a line routing device , - A second connection body which is designed to rigidly connect the second connection body of the fastening device to a link of a robot arm , and - A joint which is designed to mount the second connection body so as to be movable relative to the first connection body in two different degrees of freedom of rotation (D1, D2), each oriented perpendicular to the extension direction (A) characterized in that the first connection body has a first seat surface facing the second connection body and the second connection body has a second seat surface facing the first connection body , the first seat surface of the first connection body has two first partial seat surfaces (21.1, 21.2) which are positioned at an angle to one another and / or the second seat surface of the second connection body has two second partial seat surfaces (22.1, 22.2) which are positioned at an angle to one another, in such a way that the first seat surface and second seat surface , which tilt over one another, determine one of the two degrees of freedom of rotation (D1, D2). - A first connection body which is designed to rigidly connect the first connection body of the fastening device to a line routing device , - A second connection body which is designed to rigidly connect the second connection body of the fastening device to a link of a robot arm , and - A joint which is designed to mount the second connection body so as to be movable relative to the first connection body in two different degrees of freedom of rotation (D1, D2), each oriented perpendicular to the extension direction (A) the first connection body has a first seat surface facing the second connection body and the second connection body has a second seat surface facing the first connection body , the first seat surface of the first connection body has two first partial seat surfaces (21.1, 21.2) which are positioned at an angle to one another and / or the second seat surface of the second connection body has two second partial seat surfaces (22.1, 22.2) which are positioned at an angle to one another, in such a way that the first seat surface and second seat surface , which tilt over one another, determine one of the two degrees of freedom of rotation (D1, D2).