mhurhangee/patent-ind-claim-en huggingface dataset:
A method for configuring dual connectivity operation of a first cellular network, in which a User Equipment, UE , is configured to operate with the first cellular network as a first subscriber and to operate simultaneously with a second cellular network as a second, different subscriber, the UE simultaneously operating with the first cellular network using both a Master Cell Group, MCG, and a Secondary Cell Group, SCG, the method comprising: controlling activation and/or deactivation of the SCG, in response to activity of the UE with the second cellular network, by communicating a Medium Access Control, MAC, Control Element, CE.
A screening method for identifying candidate therapeutics for treating or preventing age-related macular degeneration (AMD), comprising: a) Culturing a microorganism in a suitable culture medium in the presence of a test compound; b) Measuring the growth of the microorganism in the culture medium in the presence of the test compound; and optionally c) Identifying a candidate therapeutics that inhibits the growth of the microorganism compared to a control, wherein the microorganism comprises a species that is enriched in the intraocular space in a subject having age-related macular degeneration (AMD) compared to a healthy subject. a) Culturing a microorganism in a suitable culture medium in the presence of a test compound; b) Measuring the growth of the microorganism in the culture medium in the presence of the test compound; and optionally c) Identifying a candidate therapeutics that inhibits the growth of the microorganism compared to a control,
A first node for a system using authentication and key agreement, AKA, authentication procedure, the first node configured to connect to a second node that performs mobility management of a user equipment, UE, and receives a request message from the UE, the first node comprising: means for accessing a third node that serves AKA authentication information on the UE, means for getting the AKA authentication information from the third node upon requesting from the second node ; and means for performing authentication of the UE using the AKA authentication information. means for accessing a third node that serves AKA authentication information on the UE, means for getting the AKA authentication information from the third node upon requesting from the second node ; and means for performing authentication of the UE using the AKA authentication information.
A system of triggering and executing active content on a recipient device , the system comprising a sender device configured to send a trigger message to the recipient device , the trigger message specifies at least one executable file, the executable file comprising active content having multimedia content to be executed by the recipient device , characterised in that : the system further comprises a service delivery platform configured to, if the recipient device is found not to support the trigger message, convert the trigger message to a message supported by the recipient device , and the converted message includes an invitation for the recipient device to download a necessary support for the trigger message. the system further comprises a service delivery platform configured to, if the recipient device is found not to support the trigger message, convert the trigger message to a message supported by the recipient device , and the converted message includes an invitation for the recipient device to download a necessary support for the trigger message.
A soaking machine for soaking a sample, comprising: a supply section configured to supply the sample to a porous complex crystal held by a sample holder , a temperature control section configured to control a temperature of the porous complex crystal , a drive section configure to drive the supply section, and a control section configured to control the supply section, the temperature control section and the drive section , characterised in that when the sample holder is set in the soaking machine in a state where the sample holder is attached to an applicator ; the supply section is adapted to supply the sample to the porous complex crystal held by the sample holder inside the applicator ; and the temperature control section is adapted to control the temperature of the porous complex crystal held by the sample holder , inside the applicator into which the sample is supplied. a supply section configured to supply the sample to a porous complex crystal held by a sample holder , a temperature control section configured to control a temperature of the porous complex crystal , a drive section configure to drive the supply section, and a control section configured to control the supply section, the temperature control section and the drive section , characterised in that when the sample holder is set in the soaking machine in a state where the sample holder is attached to an applicator ; the supply section is adapted to supply the sample to the porous complex crystal held by the sample holder inside the applicator ; and the temperature control section is adapted to control the temperature of the porous complex crystal held by the sample holder , inside the applicator into which the sample is supplied.
A laser scanner for scanning an environment about an axis (A), comprising a base with a laser transmitter for transmitting a transmission beam , a laser receiver for receiving the transmission beam reflected from the environment as a reception beam , a shared rotating mirror for the transmission and reception beams , which is inclined towards the axis (A), and a motor for rotating the rotating mirror about the axis (A); an annular window for the passage of the transmitting and reception beams , which is supported by the base and arranged all around the rotating mirror ; and a head , which is supported by the annular window so that it is facing away from the base and which contains a first deflector for the transmission beam , said first deflector being directed towards the rotating mirror and a second deflector for the reception beam , said second deflector being directed towards the rotating mirror ; wherein a flexible first light guide is connected to the laser transmitter and a flexible second light guide is connected to the laser receiver , wherein the head supports a first support for the outlet of the flexible first light guide and a second support for the inlet of the flexible second light guide , and wherein the first support rigidly directs the outlet towards the first deflector and the second support rigidly directs the inlet towards the second deflector . a base with a laser transmitter for transmitting a transmission beam , a laser receiver for receiving the transmission beam reflected from the environment as a reception beam , a shared rotating mirror for the transmission and reception beams , which is inclined towards the axis (A), and a motor for rotating the rotating mirror about the axis (A); an annular window for the passage of the transmitting and reception beams , which is supported by the base and arranged all around the rotating mirror ; and a head , which is supported by the annular window so that it is facing away from the base and which contains a first deflector for the transmission beam , said first deflector being directed towards the rotating mirror and a second deflector for the reception beam , said second deflector being directed towards the rotating mirror ; wherein a flexible first light guide is connected to the laser transmitter and a flexible second light guide is connected to the laser receiver , wherein the head supports a first support for the outlet of the flexible first light guide and a second support for the inlet of the flexible second light guide , and wherein the first support rigidly directs the outlet towards the first deflector and the second support rigidly directs the inlet towards the second deflector .
A device for determining a substitute distance between a location and a substitute impact point of a projectile in a horizontal plane common with the location and for aiming at a target , having a rangefinder for measuring a target distance (D, 6) and having an inclinometer for measuring an elevation angle (α, 5) between a sight line to the target and the horizontal plane , wherein the device comprises a microprocessor configured to calculate as a substitute distance an equivalent horizontal distance (E 17) for an inclined shot with an elevation angle (α, 5) by correcting the target distance (D, 6) with a correction coefficient (KK), characterized in that the microprocessor is configured to use a correction coefficient (KK) corresponding to at least an approximation solution of a cosine of a substitute elevation angle, wherein the substitute elevation angle corresponds to an elevation angle (a, 5) corrected with an elevation angle correction parameter (k), and/or said microprocessor is configured to use a correction coefficient (KK) corresponding to at least one approximation solution of a cosine of the elevation angle (a, 5) or the substitute elevation angle corrected with a correction value (KW).
A method for controlling an intelligent robot, comprising: obtaining (S202), by an intelligent robot, a first position at which the intelligent robot is presently located and a target position to be reached by the intelligent robot; determining (S204), by the intelligent robot, a movement path from the first position to the target position, wherein the movement path comprises a particular roadblock; and transmitting (S206), by the intelligent robot, a removal request when the intelligent robot has moved from the first position to a second position and when a distance between the second position and a third position at which the particular roadblock is located and that is to be reached reaches a target distance, wherein the removal request is used for requesting a removal instruction to be transmitted to the particular roadblock at the third position, and the removal instruction is used for instructing to remove the particular roadblock at the third position before the intelligent robot arrives, characterized in that the method further comprises: before transmitting (S206), by the intelligent robot, the removal request, obtaining, by the intelligent robot, a control removal time matching the particular roadblock at the third position, wherein the control removal time comprises a time for removing the particular roadblock at the third position before the intelligent robot arrives; and determining, by the intelligent robot, the target distance according to the control removal time. obtaining (S202), by an intelligent robot, a first position at which the intelligent robot is presently located and a target position to be reached by the intelligent robot; determining (S204), by the intelligent robot, a movement path from the first position to the target position, wherein the movement path comprises a particular roadblock; and transmitting (S206), by the intelligent robot, a removal request when the intelligent robot has moved from the first position to a second position and when a distance between the second position and a third position at which the particular roadblock is located and that is to be reached reaches a target distance, wherein the removal request is used for requesting a removal instruction to be transmitted to the particular roadblock at the third position, and the removal instruction is used for instructing to remove the particular roadblock at the third position before the intelligent robot arrives, characterized in that the method further comprises: before transmitting (S206), by the intelligent robot, the removal request, obtaining, by the intelligent robot, a control removal time matching the particular roadblock at the third position, wherein the control removal time comprises a time for removing the particular roadblock at the third position before the intelligent robot arrives; and determining, by the intelligent robot, the target distance according to the control removal time.
Pre-manufactured article comprising TPU material and an additive to increase the viscosity of the material of the pre-manufactured TPU article , in an amount of 1 to 15 % by weight, based on 100 % by weight of the TPU material of the pre-manufactured article, wherein the additive comprises an isocyanate group, an organosilicon group, and/or an organosilicon compound.
A coolant liner, comprising: a first flow surface to direct a coolant fluid toward a cylinder of an engine; a transition region coupled to the first flow surface, the transition region comprising: a convex portion extending from the first flow surface and curving downward relative to the first flow surface, the convex portion having a first radius of curvature; and a concave portion coupled to the convex portion at an inflection point, the concave portion having a second radius of curvature and curving upward relative to the first flow surface; and a second flow surface coupled to the concave portion of the transition region to direct the coolant fluid around the cylinder. a first flow surface to direct a coolant fluid toward a cylinder of an engine; a transition region coupled to the first flow surface, the transition region comprising: a convex portion extending from the first flow surface and curving downward relative to the first flow surface, the convex portion having a first radius of curvature; and a concave portion coupled to the convex portion at an inflection point, the concave portion having a second radius of curvature and curving upward relative to the first flow surface; and a convex portion extending from the first flow surface and curving downward relative to the first flow surface, the convex portion having a first radius of curvature; and a concave portion coupled to the convex portion at an inflection point, the concave portion having a second radius of curvature and curving upward relative to the first flow surface; and a second flow surface coupled to the concave portion of the transition region to direct the coolant fluid around the cylinder.
Container for a medical liquid, having - a connection piece by means of which a medical liquid is conveyable into the container or out of the container , - an attachment part which is attachable to the connection piece and is connectable to a conveying device for conveying a medical liquid into the container or out of the container , and - a sealing element for sealing a transition between the connection piece and the attachment part , wherein the sealing element comprises a slot opening which, with the conveying device not attached to the attachment part, is closed against a passage of liquid and, as a result of attaching the conveying device to the attachment part , is to be opened in such a manner that a medical liquid is conveyable through the slot opening , wherein - the attachment part comprises a connecting portion with an opening into which the connection piece is insertable along an insertion direction (E) for connection to the attachment part and - the opening comprises a first receiving portion and a second receiving portion which connects axially thereto along the insertion direction (E), wherein, with the attachment part attached to the connection piece , the first receiving portion receives a head of the connection piece and the second receiving portion receives a portion of the sealing element , characterized in that the first receiving portion comprises a first diameter (D1) and the second receiving portion comprises a second diameter (D2), wherein the first diameter (D1) is smaller than the second diameter (D2) and the sealing element , with the conveying device not attached to the attachment part , is received in the second receiving portion with radial play. - a connection piece by means of which a medical liquid is conveyable into the container or out of the container , - an attachment part which is attachable to the connection piece and is connectable to a conveying device for conveying a medical liquid into the container or out of the container , and - a sealing element for sealing a transition between the connection piece and the attachment part , wherein the sealing element comprises a slot opening which, with the conveying device not attached to the attachment part, is closed against a passage of liquid and, as a result of attaching the conveying device to the attachment part , is to be opened in such a manner that a medical liquid is conveyable through the slot opening , wherein - the attachment part comprises a connecting portion with an opening into which the connection piece is insertable along an insertion direction (E) for connection to the attachment part and - the opening comprises a first receiving portion and a second receiving portion which connects axially thereto along the insertion direction (E), wherein, with the attachment part attached to the connection piece , the first receiving portion receives a head of the connection piece and the second receiving portion receives a portion of the sealing element ,
Mixing head with mechanical stirring for reactive resins, comprising: a head body also acting as a hydraulic block internally defining a main path for a main reactive resin, a first secondary path for a first secondary reactive resin, and a second secondary path for a second secondary reactive resin; characterized in that each of said paths (2; 3; 4) is able to be selectively configured, by means of rotation respectively of a main rotary selector , a first secondary rotary selector and a second secondary rotary selector , in a pouring configuration, where each of said paths (2; 3; 4) extends between a respective upstream entry port (21; 31; 41) and an outlet , arranged so as to lead into a downstream mixing chamber , or in a recirculation configuration, where each of said paths (2; 3; 4) extends between the respective upstream entry port (21; 31; 41) and a respective downstream recirculation port (22; 32; 42); and in that said mixing head further comprises: a first coupling for selectively coupling together the first secondary rotary selector and the main rotary selector ; and a second coupling for selectively coupling the second secondary rotary selector and the main rotary selector .
A lighting system comprising: a first lighting unit for providing artificial lighting to a first area within an indoor space ; a second lighting unit for providing directed lighting to a smaller second area within the first area; a sensor arrangement comprising a first sensor for detecting a general lighting intensity and color in the first area, wherein the general lighting intensity and color represents the combined effect of artificial lighting provided by the first lighting unit and daylight entering the indoor space ; and a controller for controlling the first lighting unit and the second lighting unit in dependence on a sensor arrangement output of the sensor arrangement , characterized in that the controller is adapted to control the first lighting unit and the second lighting unit in dependence on a predetermined relationship between the general lighting in the first area and the directed lighting in the second area to maintain a light intensity contrast between the general lighting and the directed lighting and to maintain a color difference between the general lighting and the directed lighting, wherein the predetermined relationship is a ratio between the general lighting intensity and an intensity of a light output from the second lighting unit and a mapping between a color characteristic of the general lighting and a color characteristic of the light output from the second lighting unit. a first lighting unit for providing artificial lighting to a first area within an indoor space ; a second lighting unit for providing directed lighting to a smaller second area within the first area; a sensor arrangement comprising a first sensor for detecting a general lighting intensity and color in the first area, wherein the general lighting intensity and color represents the combined effect of artificial lighting provided by the first lighting unit and daylight entering the indoor space ; and a controller for controlling the first lighting unit and the second lighting unit in dependence on a sensor arrangement output of the sensor arrangement , characterized in that the controller is adapted to control the first lighting unit and the second lighting unit in dependence on a predetermined relationship between the general lighting in the first area and the directed lighting in the second area to maintain a light intensity contrast between the general lighting and the directed lighting and to maintain a color difference between the general lighting and the directed lighting, wherein the predetermined relationship is a ratio between the general lighting intensity and an intensity of a light output from the second lighting unit and a mapping between a color characteristic of the general lighting and a color characteristic of the light output from the second lighting unit.
A gas turbine engine comprising: a compressor section ; a combustor section ; a diffuser case module with a multiple of struts within an annular flow path from said compressor section to said combustor section , at least one of said multiple of struts defines a mid-span pre-diffuser inlet in communication with said annular flow path ; a turbine section ; a manifold in communication with said mid-span pre-diffuser inlet ; a heat exchanger (140; 148; 160; 166; 174; 190; 198; 206) in communication between said manifold and said mid-span pre-diffuser inlet , such that a temperature tailored airflow from said mid-span pre-diffuser inlet is communicated thru the heat exchanger (140; 148; 160; 166; 174; 190; 198; 206) prior to communication thru the manifold; and a buffer passage (142; 150; 162; 168; 176; 192; 200; 208) passing spanwise through the at least one of said multiple of struts , wherein said buffer passage (142; 150; 162; 168; 176; 192; 200; 208) is in communication between said heat exchanger (140; 148; 160; 166; 174; 190; 198; 206) and one or more bearing compartments, such that said temperature tailored airflow from said heat exchanger (140; 148; 160; 166; 174; 190; 198; 206) is also communicated as buffer air to said one or more bearing compartments through the buffer passage (142; 150; 162; 168; 176; 192; 200; 208). a compressor section ; a combustor section ; a diffuser case module with a multiple of struts within an annular flow path from said compressor section to said combustor section , at least one of said multiple of struts defines a mid-span pre-diffuser inlet in communication with said annular flow path ; a turbine section ; a manifold in communication with said mid-span pre-diffuser inlet ; a heat exchanger (140; 148; 160; 166; 174; 190; 198; 206) in communication between said manifold and said mid-span pre-diffuser inlet , such that a temperature tailored airflow from said mid-span pre-diffuser inlet is communicated thru the heat exchanger (140; 148; 160; 166; 174; 190; 198; 206) prior to communication thru the manifold; and a buffer passage (142; 150; 162; 168; 176; 192; 200; 208) passing spanwise through the at least one of said multiple of struts , wherein said buffer passage (142; 150; 162; 168; 176; 192; 200; 208) is in communication between said heat exchanger (140; 148; 160; 166; 174; 190; 198; 206) and one or more bearing compartments, such that said temperature tailored airflow from said heat exchanger (140; 148; 160; 166; 174; 190; 198; 206) is also communicated as buffer air to said one or more bearing compartments through the buffer passage (142; 150; 162; 168; 176; 192; 200; 208).