mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communications system, comprising a controller and a first radio access cell , wherein the first radio access cell comprises a plurality of radio access nodes , and frequencies of operating channels of the plurality of radio access nodes in the first radio access cell are the same; the controller is configured to indicate one radio access node in the first radio access cell to serve as a transceiving access node in the first radio access cell in a first scheduling period, wherein the transceiving access node in the first radio access cell is a radio access node that is capable of performing, in the first scheduling period, uplink communication and downlink communication with a wireless terminal within a coverage range of the first radio access cell ; and another radio access node that is other than the transceiving access node in the first radio access cell and that is in the first radio access cell is an uplink access node, wherein the uplink access node is a radio access node that is capable of receiving a radio signal but is not capable of sending a radio signal in the first scheduling period. the controller is configured to indicate one radio access node in the first radio access cell to serve as a transceiving access node in the first radio access cell in a first scheduling period, wherein the transceiving access node in the first radio access cell is a radio access node that is capable of performing, in the first scheduling period, uplink communication and downlink communication with a wireless terminal within a coverage range of the first radio access cell ; and another radio access node that is other than the transceiving access node in the first radio access cell and that is in the first radio access cell is an uplink access node, wherein the uplink access node is a radio access node that is capable of receiving a radio signal but is not capable of sending a radio signal in the first scheduling period.
Use of a rhamnolipid biosurfactant to increase the viscosity of a fluid cleaning composition at a pH of 4 to 5.5, preferably from 4.5 to 5.5.
A display apparatus comprising: a display; a communication unit configured to establish communication with a remote control apparatus having a sensing unit operable in one of a power save state and a power active state, the sensing unit for sensing movement of the remote control apparatus; and a control unit configured: in response to an application being executed in the display apparatus, to transmit a control signal via the communication unit to the remote control apparatus so that the sensing unit switches an operation mode, based on the control signal, from the power save state to the power active state and to control the executed application according to a user input sensed by the sensing unit of the remote control apparatus which operates in the power active state, wherein power supplied to the sensing unit in the power save state is blocked. a display; a communication unit configured to establish communication with a remote control apparatus having a sensing unit operable in one of a power save state and a power active state, the sensing unit for sensing movement of the remote control apparatus; and a control unit configured: in response to an application being executed in the display apparatus, to transmit a control signal via the communication unit to the remote control apparatus so that the sensing unit switches an operation mode, based on the control signal, from the power save state to the power active state and to control the executed application according to a user input sensed by the sensing unit of the remote control apparatus which operates in the power active state, wherein power supplied to the sensing unit in the power save state is blocked. in response to an application being executed in the display apparatus, to transmit a control signal via the communication unit to the remote control apparatus so that the sensing unit switches an operation mode, based on the control signal, from the power save state to the power active state and to control the executed application according to a user input sensed by the sensing unit of the remote control apparatus which operates in the power active state, wherein power supplied to the sensing unit in the power save state is blocked.
A sinter blank for producing a dental prosthesis in at least one sintering process, the sinter blank having at least one product area , from which the dental prosthesis is obtained, and at least one strut , which is to be removed after the sintering process, characterized in that the strut has at least one sliding knob for supporting the strut on a base surface during the sintering process, wherein the sliding knob is designed as an elevation on a corresponding surface of the strut and has a reduced bearing surface in relation to the strut , so that the strut can better slide on the base surface during the sintering process.
A method of producing a three-dimensional computer model of a patient-individual abutment for a dental implant specific for a patient by means of a computer , wherein the abutment has at least a base , a connecting structure for connecting the abutment to a pin-shaped dental implant , a coronally looking platform surface of a platform of the abutment for supporting a prosthetic fitting and a screw passage for fixing the abutment to a pin-shaped dental implant , comprising at least the following steps: - providing a three-dimensional representation of a jaw of the patient readable by the computer , at least in that region of the jaw where the abutment is to be placed, - selecting a definition of a preparation limit in dependence on a gum line individual for the patient where the abutment is to be placed, by an operator of the computer or by an algorithm, - defining a three-dimensional geometry of the abutment above the preparation limit by an operator of the computer or by an algorithm, - defining an emergence profile (E) of the abutment by an operator of the computer or by an algorithm, and - providing the three-dimensional computer model by the computer , characterised in that provided below the preparation limit for the three-dimensional geometry of the platform is a plate-like configuration of the coronally looking platform surface and a material thickness (d 1 ) of the platform of the abutment is selected by an operator of the computer starting from the defined emergence profile (E) within a predetermined range stored in an electronic memory . - providing a three-dimensional representation of a jaw of the patient readable by the computer , at least in that region of the jaw where the abutment is to be placed, - selecting a definition of a preparation limit in dependence on a gum line individual for the patient where the abutment is to be placed, by an operator of the computer or by an algorithm, - defining a three-dimensional geometry of the abutment above the preparation limit by an operator of the computer or by an algorithm, - defining an emergence profile (E) of the abutment by an operator of the computer or by an algorithm, and - providing the three-dimensional computer model by the computer ,
A quantum communication device adapted to correct first sift key data acquired by performing sift processing with respect to a quantum bit string received from a transmission device via a quantum communication path , the device comprising: a calculation unit configured to calculate a margin of an estimated error rate on the basis of at least one of a change in a polarization characteristic of and a change in a phase characteristic of the quantum communication path , and deviation in an arrival time of a photon; a determination unit configured to determine setting information of error correction processing on the first sift key data according to a set error rate, the set error rate being calculated from the estimated error rate of the first sift key data and the margin of the estimated error rate ; and a correction unit configured to generate corrected key data by performing the error correction processing using the setting information . a calculation unit configured to calculate a margin of an estimated error rate on the basis of at least one of a change in a polarization characteristic of and a change in a phase characteristic of the quantum communication path , and deviation in an arrival time of a photon; a determination unit configured to determine setting information of error correction processing on the first sift key data according to a set error rate, the set error rate being calculated from the estimated error rate of the first sift key data and the margin of the estimated error rate ; and a correction unit configured to generate corrected key data by performing the error correction processing using the setting information .
A method comprising: storing an identifier of a draw call that fully covered a tile at the end of rendering a previous frame, if, as determined before per tile rasterization, there is a single triangle in a primitive list of the tile that occludes all other triangles in the primitive list, if the draw call is static because all uniforms, textures, and shades stay the same until the following frame, and if the same draw call will cover the tile of the current frame entirely again, wherein, if all of these conditions apply, all processing of the tile of the current frame is avoided and the contents from the previous frame is reused. storing an identifier of a draw call that fully covered a tile at the end of rendering a previous frame, if, as determined before per tile rasterization, there is a single triangle in a primitive list of the tile that occludes all other triangles in the primitive list, if the draw call is static because all uniforms, textures, and shades stay the same until the following frame, and if the same draw call will cover the tile of the current frame entirely again, wherein, if all of these conditions apply, all processing of the tile of the current frame is avoided and the contents from the previous frame is reused.
A system comprising: a host system and an analog-to-digital converter ; a first circuit adapted to receive a frequency signal ; a sensor interface coupled to the first circuit and configured to determine a substitute frequency value based on a number of edge occurrences of the frequency signal that occur during a sampling period, wherein the substitute frequency value is determined responsive to a read command provided by the host system coupled to the sensor interface , the read command provided on an analog channel associated with a frequency input of the host system , the read command provided to the analog-to-digital converter coupled to the sensor interface and to the host system ; and a second circuit adapted to provide the substitute frequency value output from the sensor interface , wherein the substitute frequency value is provided in place of an analog voltage signal output from the analog-to-digital converter to the host system . a host system and an analog-to-digital converter ; a first circuit adapted to receive a frequency signal ; a sensor interface coupled to the first circuit and configured to determine a substitute frequency value based on a number of edge occurrences of the frequency signal that occur during a sampling period, wherein the substitute frequency value is determined responsive to a read command provided by the host system coupled to the sensor interface , the read command provided on an analog channel associated with a frequency input of the host system , the read command provided to the analog-to-digital converter coupled to the sensor interface and to the host system ; and a second circuit adapted to provide the substitute frequency value output from the sensor interface , wherein the substitute frequency value is provided in place of an analog voltage signal output from the analog-to-digital converter to the host system .
A blade outer air seal segment , comprising: a base portion ; and a first wall and a second wall extending from the base portion, characterised in that the first wall is circumferentially spaced from the second wall, the first and second walls extend at an angle less than 90 degrees from the base portion, the first and second walls extending towards one another; the first and second walls provide angled surfaces configured to receive a carrier therebetween; and the first and second walls extend in an axial direction along at least 80% of an axial length of the blade outer air seal segment . a base portion ; and a first wall and a second wall extending from the base portion, characterised in that the first wall is circumferentially spaced from the second wall, the first and second walls extend at an angle less than 90 degrees from the base portion, the first and second walls extending towards one another; the first and second walls provide angled surfaces configured to receive a carrier therebetween; and the first and second walls extend in an axial direction along at least 80% of an axial length of the blade outer air seal segment .
An electrical connector for connecting or finishing at least one cable, wherein the electrical connector has: an electrically conductive connector sheath and having a cable receiver receiving an end section of the at least one cable, wherein the connector sheath furthermore has at least one borehole receiving at least one fixing element which fixes the cable in the cable receiver , at least one cover element separate from said fixing element, the cover element comprising: a cylindrical base body with a barrel surface , a first cover surface which, in the mounted state of the cover element, forms a part of an outer surface of the electrical connector , and a second cover surface which, in the mounted state, faces an inner side of the electrical connector, characterized in that the electrically conductive connector sheath is mounted within an elastic sleeve, the fixing element comprises a break-off screw, the first cover surface has a convex form which inserts itself into the outer contour of the cable connector , the first cover surface has a curvature which corresponds to a cylinder barrel surface and the radius of which corresponds to an outer radius of the connector sheath , or the first cover surface has a curvature which corresponds to a sphere surface and the radius of which corresponds to an outer radius of the connector sheath . a cylindrical base body with a barrel surface , a first cover surface which, in the mounted state of the cover element, forms a part of an outer surface of the electrical connector , and a second cover surface which, in the mounted state, faces an inner side of the electrical connector, characterized in that the electrically conductive connector sheath is mounted within an elastic sleeve, the fixing element comprises a break-off screw, the first cover surface has a convex form which inserts itself into the outer contour of the cable connector , the first cover surface has a curvature which corresponds to a cylinder barrel surface and the radius of which corresponds to an outer radius of the connector sheath , or the first cover surface has a curvature which corresponds to a sphere surface and the radius of which corresponds to an outer radius of the connector sheath .
An apparatus for processing a biological sample , said apparatus comprising: a processing chamber having a first structure configured as a container comprising at least three side walls and a bottom plate and a second structure configured as a block , wherein a biological sample is arranged at the block on a first planar surface facing the bottom plate of the first structure; and a liquid supply for supplying an amount of a liquid that is to be applied to said biological sample ; wherein a confined volume is defined by the biological sample on the first planar surface , the inner sides of the walls and the bottom plate, said first planar surface is configured to be arranged substantially parallel to said bottom plate and at a first distance from said bottom plate in a first position; and characterized in that said first planar surface and said bottom plate are configured to move from the first position to a second position in which the first planar surface and the bottom plate are arranged substantially parallel at a second distance from each other, said second distance being different from said first distance. a processing chamber having a first structure configured as a container comprising at least three side walls and a bottom plate and a second structure configured as a block , wherein a biological sample is arranged at the block on a first planar surface facing the bottom plate of the first structure; and a first structure configured as a container comprising at least three side walls and a bottom plate and a second structure configured as a block , wherein a biological sample is arranged at the block on a first planar surface facing the bottom plate of the first structure; and a liquid supply for supplying an amount of a liquid that is to be applied to said biological sample ; wherein a confined volume is defined by the biological sample on the first planar surface , the inner sides of the walls and the bottom plate, said first planar surface is configured to be arranged substantially parallel to said bottom plate and at a first distance from said bottom plate in a first position; and characterized in that said first planar surface and said bottom plate are configured to move from the first position to a second position in which the first planar surface and the bottom plate are arranged substantially parallel at a second distance from each other, said second distance being different from said first distance.
Main stand for a tilting vehicle , having at least one supporting element , which can be secured or is secured in a rotatable manner to a carrying structure of the tilting vehicle and which can be transferred from a supporting position, in which the supporting element , by way of a bearing portion , can be made to bear or bears against a ground surface, and in which the tilting vehicle is restrained, by means of the supporting element , against moving, in particular against tipping over, to a basic position, in which the supporting element is arranged in a contact-free and spaced-apart manner with respect to the ground surface, and having at least one actuating unit , which can be secured or is secured indirectly or directly to the supporting element , said actuating unit being able to move, at least to some extent, relative to the supporting element , and which can be transferred from a rest position, in which the extent of the actuating unit , when viewed transversely with respect to the direction of longitudinal extent of the supporting element , is at a minimum, to an actuating position, in which the extent of the actuating unit , when viewed transversely with respect to the direction of longitudinal extent of the supporting element , is at a maximum, and which can be actuated by a user of the tilting vehicle in order for the supporting element to be transferred from the basic position to the supporting position, wherein the actuating unit comprises at least one actuating element which is stationary relative to the supporting element , can be secured or is secured directly to the supporting element , and extends transversely or obliquely away from the supporting element , and a movable actuating element can be secured or is secured to that end of said actuating element which faces away from the supporting element , characterized in that the movable actuating element and the stationary actuating element can be telescoped one inside the other, wherein the actuating unit can be transferred to the actuating position at least by means of a translatory movement.
Stall divider having the general shape of a "U", comprising parallel wings which extend to form a curved base , with a region in which the distance between said wings is reduced, the free ends of said wings being engaged in sleeves , themselves attached to a plate , for fixing the divider to a fixed structure, characterized in that It consists of a bent cable with a shape memory that includes: - a core formed by a central filament , of longitudinal direction, which is surrounded by a set of additional filaments , also of longitudinal direction, these additional filaments being wound helically around the central filament ; - a monobloc envelope for the protection of the said core , this core and envelope being at least partially polymer-based. characterized in that It consists of a bent cable with a shape memory that includes: - a core formed by a central filament , of longitudinal direction, which is surrounded by a set of additional filaments , also of longitudinal direction, these additional filaments being wound helically around the central filament ; - a monobloc envelope for the protection of the said core , - a core formed by a central filament , of longitudinal direction, which is surrounded by a set of additional filaments , also of longitudinal direction, these additional filaments being wound helically around the central filament ; - a monobloc envelope for the protection of the said core , this core and envelope being at least partially polymer-based.
A household type refrigerator with an adsorption cycle system and a vapor compression cycle system, wherein said adsorption cycle system is configured to work completely independent from the vapor compression cycle system and is added to the system in addition to the vapor compression cycle, said vapor compression cycle system comprising: a compressor to compress the refrigerant fluid to condenser pressure, a condenser to release the heat out during cooling cycle, an evaporator to provide the cooling effect, a throttle device to decrease the pressure of the refrigerant fluid to the pressure of the evaporator, and said adsorption cycle system being a closed loop comprising: at least one adsorbent bed filled with adsorbents, at least one condenser which releases the heat of cycle out, at least an evaporator providing the cooling effect, and at least one throttle device which decreases the pressure of the refrigerant fluid to the pressure of the evaporator, the refrigerator being characterized in that the throttle device of the vapor compression system is a capillary tube , the at least one throttle device of the adsorption cycle system is an expansion valve, and the absorbent bed is connected and configured to adsorb the heat of the condenser of the vapor compression cycle system and to use it in desorption. a compressor to compress the refrigerant fluid to condenser pressure, a condenser to release the heat out during cooling cycle, an evaporator to provide the cooling effect, a throttle device to decrease the pressure of the refrigerant fluid to the pressure of the evaporator, and said adsorption cycle system being a closed loop comprising: at least one adsorbent bed filled with adsorbents, at least one condenser which releases the heat of cycle out, at least an evaporator providing the cooling effect, and at least one throttle device which decreases the pressure of the refrigerant fluid to the pressure of the evaporator, the refrigerator being characterized in that the throttle device of the vapor compression system is a capillary tube , the at least one throttle device of the adsorption cycle system is an expansion valve, and the absorbent bed is connected and configured to adsorb the heat of the condenser of the vapor compression cycle system and to use it in desorption. at least one adsorbent bed filled with adsorbents, at least one condenser which releases the heat of cycle out, at least an evaporator providing the cooling effect, and at least one throttle device which decreases the pressure of the refrigerant fluid to the pressure of the evaporator, the refrigerator being characterized in that the throttle device of the vapor compression system is a capillary tube , the at least one throttle device of the adsorption cycle system is an expansion valve, and the absorbent bed is connected and configured to adsorb the heat of the condenser of the vapor compression cycle system and to use it in desorption.