mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting power headroom information by a terminal in a mobile communication system, the method comprising: receiving, by the terminal, information on an allocated uplink transmission resource; determining whether a path loss has changed more than a defined threshold after transmitting last power headroom information, when the terminal has the allocated uplink transmission resource; if the path loss has changed more than the defined threshold when the terminal has the allocated uplink transmission resource, determining a transmission of the power headroom information; and transmitting an uplink packet including the power headroom information using the allocated uplink transmission resource, wherein the power headroom information is obtained based on a difference between a maximum transmission power of the terminal and a transmission power of the terminal, and wherein the transmission power of the terminal is obtained using the path loss and information related to a Modulation Coding Scheme, MCS. receiving, by the terminal, information on an allocated uplink transmission resource; determining whether a path loss has changed more than a defined threshold after transmitting last power headroom information, when the terminal has the allocated uplink transmission resource; if the path loss has changed more than the defined threshold when the terminal has the allocated uplink transmission resource, determining a transmission of the power headroom information; and transmitting an uplink packet including the power headroom information using the allocated uplink transmission resource, wherein the power headroom information is obtained based on a difference between a maximum transmission power of the terminal and a transmission power of the terminal, and wherein the transmission power of the terminal is obtained using the path loss and information related to a Modulation Coding Scheme, MCS.
A composition comprising a γδ T-cell population and an agent that stimulates an expansion of the γδ T-cell population, wherein the agent is an antibody and wherein: a. the agent is an antibody that is directed to a specific domain unique to the Vδ1 chain, and the antibody specifically activates and expands δ1 γδ T-cell populations, such that the expanded γδ T-cell population comprises a percentage of δ1 T-cells, wherein the percentage of δ1 T-cells is greater than 60%; or b. the agent is an antibody that is directed to a specific domain unique to the Vδ2 chain, and the antibody specifically activates and expands δ2 γδ T-cell populations, such that the expanded γδ T-cell population comprises a percentage of δ2 T-cells, wherein the percentage of δ2 T-cells is greater than 60%. a. the agent is an antibody that is directed to a specific domain unique to the Vδ1 chain, and the antibody specifically activates and expands δ1 γδ T-cell populations, such that the expanded γδ T-cell population comprises a percentage of δ1 T-cells, wherein the percentage of δ1 T-cells is greater than 60%; or b. the agent is an antibody that is directed to a specific domain unique to the Vδ2 chain, and the antibody specifically activates and expands δ2 γδ T-cell populations, such that the expanded γδ T-cell population comprises a percentage of δ2 T-cells, wherein the percentage of δ2 T-cells is greater than 60%.
A method for switching downlink waveforms in a wireless communication system, the method comprising: determining , by logic of an access point serving an access terminal in the wireless communication system, whether to utilize a multiple carrier, MC, waveform or a single carrier, SC, waveform as a downlink waveform for semistatic data communication from the access point to the access terminal; utilizing a radio resource control, RRC, layer in an air interface control plane to configure the access terminal according to the determined downlink waveform; dynamically deciding whether to change the determined downlink waveform to the other of: the MC waveform or the SC waveform; and upon deciding to change the determined downlink waveform, signaling an expressed indication of the decided other waveform in an explicit field in downlink control information, DCI, in a second message, msg2, of a random access procedure message or in a fourth message, msg 4 , of a random access procedure message. determining , by logic of an access point serving an access terminal in the wireless communication system, whether to utilize a multiple carrier, MC, waveform or a single carrier, SC, waveform as a downlink waveform for semistatic data communication from the access point to the access terminal; utilizing a radio resource control, RRC, layer in an air interface control plane to configure the access terminal according to the determined downlink waveform; dynamically deciding whether to change the determined downlink waveform to the other of: the MC waveform or the SC waveform; and upon deciding to change the determined downlink waveform, signaling an expressed indication of the decided other waveform in an explicit field in downlink control information, DCI, in a second message, msg2, of a random access procedure message or in a fourth message, msg 4 , of a random access procedure message.
A steering apparatus, comprising: a steering collar for coupling to an aircraft landing gear strut cylinder and including a sidewall and a portal through the sidewall ; a first linear actuator ; a first drive gear ; a crankshaft ; and a sun gear , wherein the sun gear is disposed within the steering collar , wherein the first drive gear is fixed to the crankshaft and coupled to the sun gear via the portal such that the steering collar rotates about the sun gear in response to rotation of the crankshaft , wherein the first linear actuator is coupled between the crankshaft and the steering collar . a steering collar for coupling to an aircraft landing gear strut cylinder and including a sidewall and a portal through the sidewall ; a first linear actuator ; a first drive gear ; a crankshaft ; and a sun gear , wherein the sun gear is disposed within the steering collar , wherein the first drive gear is fixed to the crankshaft and coupled to the sun gear via the portal such that the steering collar rotates about the sun gear in response to rotation of the crankshaft , wherein the first linear actuator is coupled between the crankshaft and the steering collar .
A cowling connectable to an airframe of a rotorcraft , wherein the cowling is configured to be hinged on a stationary part of the airframe and pivotable from a first position into a second position and into a third position, the cowling comprising: a rod articulated on the cowling and having a free end configured to releasably engage with the airframe to hold the cowling in the second position; and at least one handhold attached to an exterior surface of the cowling , wherein the at least one handhold bridges an opening in the cowling in a lengthwise direction of the airframe and operates as structural reinforcement around the opening , and is configured to rest on a top portion of the airframe in the third position. a rod articulated on the cowling and having a free end configured to releasably engage with the airframe to hold the cowling in the second position; and at least one handhold attached to an exterior surface of the cowling , wherein the at least one handhold bridges an opening in the cowling in a lengthwise direction of the airframe and operates as structural reinforcement around the opening , and is configured to rest on a top portion of the airframe in the third position.
Use of a matrix comprising a modified primary hydroxyl groups containing polysaccharide comprising repeating disaccharide units wherein in at least part of the disaccharide units the primary hydroxyl group is replaced by functional groups selected from carboxyl groups, halide groups or groups comprising sulfur or phosphorus atoms, like e.g. sulfate groups, sulfonate groups, phosphonate groups and phosphate groups, for bioprinting processes, characterized in that the modified primary hydroxyl groups containing polysaccharide is agarose.
A method for producing an electrically conductive direct bond between a bonding side of a first substrate and a bonding side of a second substrate in a workspace that can be closed, gas-tight, against the environment and can be supplied with a vacuum, in which a) at least one of the bonding sides is modified in a plasma chamber and subsequently the at least one modified bonding side is bonded with the bonding side of the second substrate in a bonding chamber and/or b) at least one of the bonding sides is modified in a bonding/plasma chamber and subsequently the at least one modified bonding side is bonded with the bonding side of the second substrate in the bonding/plasma chamber , characterised in that the modification of at least one of the bonding sides takes place by changing the stoichiometry of an oxide layer on at least one of the bonding sides, and wherein one or more of the following specified reducing gases is introduced into the plasma chamber for the modification: - Hydrogen, - Nitrogen oxides, - Carbon monoxide, - Methane, and wherein the reducing gas is mixed with one or more of the following specified inert gases: - Xenon, - Argon, - Helium, - Nitrogen, - Carbon dioxide. a) at least one of the bonding sides is modified in a plasma chamber and subsequently the at least one modified bonding side is bonded with the bonding side of the second substrate in a bonding chamber and/or b) at least one of the bonding sides is modified in a bonding/plasma chamber and subsequently the at least one modified bonding side is bonded with the bonding side of the second substrate in the bonding/plasma chamber , - Hydrogen, - Nitrogen oxides, - Carbon monoxide, - Methane, - Xenon, - Argon, - Helium, - Nitrogen, - Carbon dioxide.
A drive assembly for a necker machine , said necker machine including a frame assembly and number of processing stations , each said processing station including a number of drive shafts , said drive assembly comprising: a plurality of motors , each motor including an output shaft ; a plurality of drive wheel assemblies , each drive wheel assembly operatively coupled to an associated necker machine drive shaft ; and a number of timing/drive belts operatively coupled to each drive wheel assembly ; characterised in that said number of processing stations includes a number of station pairs , each station pair including a first station and a second station , and wherein: each drive wheel assembly includes a driver assembly and a driven assembly ; each drive wheel assembly driver assembly directly and operatively coupled to said drive shafts of said first station ; each drive wheel assembly driven assembly directly and operatively coupled to said drive shafts of said second station ; and said number of station pairs includes a first station pair and a second station pair (2004"), and wherein at least one timing/drive belt is operatively coupled to both said first station pair and said second station pair (2004"). a plurality of motors , each motor including an output shaft ; a plurality of drive wheel assemblies , each drive wheel assembly operatively coupled to an associated necker machine drive shaft ; and a number of timing/drive belts operatively coupled to each drive wheel assembly ; characterised in that said number of processing stations includes a number of station pairs , each station pair including a first station and a second station , and wherein: each drive wheel assembly includes a driver assembly and a driven assembly ; each drive wheel assembly driver assembly directly and operatively coupled to said drive shafts of said first station ; each drive wheel assembly driven assembly directly and operatively coupled to said drive shafts of said second station ; and said number of station pairs includes a first station pair and a second station pair (2004"), and wherein at least one timing/drive belt is operatively coupled to both said first station pair and said second station pair (2004"). each drive wheel assembly includes a driver assembly and a driven assembly ; each drive wheel assembly driver assembly directly and operatively coupled to said drive shafts of said first station ; each drive wheel assembly driven assembly directly and operatively coupled to said drive shafts of said second station ; and said number of station pairs includes a first station pair and a second station pair (2004"), and wherein at least one timing/drive belt is operatively coupled to both said first station pair and said second station pair (2004").
A gimbal for carrying an imaging device, said gimbal comprising: a first support frame , a second support frame pivotably connected with the first support frame , and a third support frame pivotably connected with the second support frame ; wherein the third support frame comprises a pillar connected with the second support frame and a connecting plate movably arranged on the pillar ; wherein the gimbal further comprises a center of gravity adjusting unit , the center of gravity adjusting unit is arranged in the connecting plate , and the center of gravity adjusting unit is configured to at least adjust a position of the pillar on the connecting plate ; wherein the center of gravity adjusting unit comprises a threaded rod used by the center of gravity adjusting unit to adjust the position; and wherein the threaded rod is provided with a driving motor for driving a rotation of the threaded rod to adjust the position. a first support frame , a second support frame pivotably connected with the first support frame , and a third support frame pivotably connected with the second support frame ; wherein the third support frame comprises a pillar connected with the second support frame and a connecting plate movably arranged on the pillar ; wherein the gimbal further comprises a center of gravity adjusting unit , the center of gravity adjusting unit is arranged in the connecting plate , and the center of gravity adjusting unit is configured to at least adjust a position of the pillar on the connecting plate ; wherein the center of gravity adjusting unit comprises a threaded rod used by the center of gravity adjusting unit to adjust the position; and wherein the threaded rod is provided with a driving motor for driving a rotation of the threaded rod to adjust the position.
A method for preparing a pet chew toy with oral care properties, said pet chew toy comprising a main body, adhesives, probiotics and prebiotics, said method comprising the following steps: measuring the ingredients of the pet chew toy, applying a part of adhesive to the surface of a main body, and then applying a premixed probiotics, prebiotics and adhesive to the surface of the main body to obtain a pet chew toy with oral care properties; wherein the adhesive applied to the surface of the main body is different from the adhesive premixed with the probiotics and prebiotics; wherein the main body comprises at least one of woven fabrics, rubber, plastic, starch, proteins, fibers, and bone powder and/or a commercially available pet toy; wherein the adhesives are plant-based adhesives and/or animal-based adhesives, wherein the plant-based adhesives comprise at least one of starch, cellulose, tannin, gum arabic and sodium alginate; wherein the animal-based adhesives comprise at least one of bone glue, fish gelatin, blood-albumen glue, casein and shellac. measuring the ingredients of the pet chew toy, applying a part of adhesive to the surface of a main body, and then applying a premixed probiotics, prebiotics and adhesive to the surface of the main body to obtain a pet chew toy with oral care properties; wherein the adhesive applied to the surface of the main body is different from the adhesive premixed with the probiotics and prebiotics; wherein the main body comprises at least one of woven fabrics, rubber, plastic, starch, proteins, fibers, and bone powder and/or a commercially available pet toy; wherein the adhesives are plant-based adhesives and/or animal-based adhesives, wherein the plant-based adhesives comprise at least one of starch, cellulose, tannin, gum arabic and sodium alginate; wherein the animal-based adhesives comprise at least one of bone glue, fish gelatin, blood-albumen glue, casein and shellac.
A method at a user device of authenticating and authorizing a user for one or more web services, the method comprising: generating and storing a plurality of personas, each persona indicative of a unique identity of a user for one or more web services and comprising one or more attributes populated with at least one portion of user attribute information and a URL for the one or more web services, the one or more attributes comprising user authentication information for the one or more web services; storing a persona symbol comprising at least one symbol mapped to each respective persona of the plurality of personas; receiving a selection of a persona symbol from the plurality of stored persona symbols for the plurality of personas, wherein the receiving comprises receiving an indication of a gesture that matches the persona symbol or receiving an indication of the persona symbol moving to a position on a display of the user device , the gesture indicative of at least one of a letter, a number or a geometric shape, and the position corresponding to a symbol indicative of the one or more web services; activating the persona corresponding to the selected persona symbol; and transmitting at least one attribute of the one or more attributes of the persona being activated to the web service over a network for the authentication and authorization of the user for the one or more web services. generating and storing a plurality of personas, each persona indicative of a unique identity of a user for one or more web services and comprising one or more attributes populated with at least one portion of user attribute information and a URL for the one or more web services, the one or more attributes comprising user authentication information for the one or more web services; storing a persona symbol comprising at least one symbol mapped to each respective persona of the plurality of personas; receiving a selection of a persona symbol from the plurality of stored persona symbols for the plurality of personas, wherein the receiving comprises receiving an indication of a gesture that matches the persona symbol or receiving an indication of the persona symbol moving to a position on a display of the user device , the gesture indicative of at least one of a letter, a number or a geometric shape, and the position corresponding to a symbol indicative of the one or more web services; activating the persona corresponding to the selected persona symbol; and transmitting at least one attribute of the one or more attributes of the persona being activated to the web service over a network for the authentication and authorization of the user for the one or more web services.
A method for obtaining operating parameters for an x-ray CBCT imaging apparatus in view of acquiring a set of data of a patient's maxillofacial region, the method comprising: - identifying (S1) a patient's maxillofacial first region of interest (ROI1), - determining (S2, S2.1-S2.4) a height of a horizontal plane of said patient's maxillofacial first region of interest (ROI1) when the patient is in an occlusion position or bites a patient positioning accessory, - acquiring (S3) through a slit-shaped collimator window a first set of data relative to said patient's maxillofacial first region of interest (ROI1) including the horizontal plane using x-ray CBCT imaging, - reconstructing (S4) an axial CBCT slice comprising the horizontal plane based on the first set of data relative to the patient's maxillofacial first region of interest (ROI1), - displaying (S5) the reconstructed axial CBCT slice of the patient's maxillofacial first region of interest (ROI1) from the acquired first set of data, - defining (S6) at least partially a second region of interest (ROI2) based on the displayed reconstructed axial CBCT slice of the patient's maxillofacial first region of interest (ROI1) and intersecting the latter, - obtaining (S7) operating parameters for an x-ray CBCT imaging apparatus based on at least the defined second region of interest (ROI2) in view of acquiring a second set of data including the defined second region of interest (ROI2). - identifying (S1) a patient's maxillofacial first region of interest (ROI1), - determining (S2, S2.1-S2.4) a height of a horizontal plane of said patient's maxillofacial first region of interest (ROI1) when the patient is in an occlusion position or bites a patient positioning accessory, - acquiring (S3) through a slit-shaped collimator window a first set of data relative to said patient's maxillofacial first region of interest (ROI1) including the horizontal plane using x-ray CBCT imaging, - reconstructing (S4) an axial CBCT slice comprising the horizontal plane based on the first set of data relative to the patient's maxillofacial first region of interest (ROI1), - displaying (S5) the reconstructed axial CBCT slice of the patient's maxillofacial first region of interest (ROI1) from the acquired first set of data, - defining (S6) at least partially a second region of interest (ROI2) based on the displayed reconstructed axial CBCT slice of the patient's maxillofacial first region of interest (ROI1) and intersecting the latter, - obtaining (S7) operating parameters for an x-ray CBCT imaging apparatus based on at least the defined second region of interest (ROI2) in view of acquiring a second set of data including the defined second region of interest (ROI2).
An organic light-emitting display device comprising: a substrate having an active area (A/A) and an inactive area (I/A) surrounding the active area (A/A); a first planarization layer (105-1) flattening a surface on circuit elements in the active area (A/A) and the inactive area (I/A); an organic light-emitting element on the first planarization layer (105-1); an encapsulation element on the organic light-emitting element and the first planarization layer (105-1), the encapsulation element having a first inorganic layer , a second inorganic layer and an organic layer between the first and second inorganic layers ; and a structure disposed in the inactive area (I/A) apart from the first planarization layer (105-1), wherein the structure comprises, a first layer made of a same material as the first planarization layer (105-1); a plurality of walls on the first layer and spaced apart from each other on the first layer ; and a second layer that fills the space between the plurality of walls , wherein the first and second inorganic layers cover the plurality of walls , characterized in that the structure provides an even top surface such that a conductive layer is formed thereon without being disconnected. a substrate having an active area (A/A) and an inactive area (I/A) surrounding the active area (A/A); a first planarization layer (105-1) flattening a surface on circuit elements in the active area (A/A) and the inactive area (I/A); an organic light-emitting element on the first planarization layer (105-1); an encapsulation element on the organic light-emitting element and the first planarization layer (105-1), the encapsulation element having a first inorganic layer , a second inorganic layer and an organic layer between the first and second inorganic layers ; and a structure disposed in the inactive area (I/A) apart from the first planarization layer (105-1), wherein the structure comprises, a first layer made of a same material as the first planarization layer (105-1); a plurality of walls on the first layer and spaced apart from each other on the first layer ; and a second layer that fills the space between the plurality of walls , wherein the first and second inorganic layers cover the plurality of walls , characterized in that the structure provides an even top surface such that a conductive layer is formed thereon without being disconnected.