mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication at a base station, comprising: determining a mobility parameter associated with a user equipment, UE; transmitting , using a first base station beam, a first message to the UE, the first message comprising a pre-grant communication and a plurality of downlink beam refinement reference signals; receiving a second message from the UE in response to the first message, the second message comprising a pre-grant acknowledgment and a plurality of uplink beam refinement reference signals; selecting a second base station beam based at least in part on the plurality of uplink beam refinement reference signals; and transmitting , using the second base station beam, a third message to the UE, wherein a width of the second base station beam is less than a width of the first base station beam, and further wherein the width of the first base station beam is based at least in part on the mobility parameter. determining a mobility parameter associated with a user equipment, UE; transmitting , using a first base station beam, a first message to the UE, the first message comprising a pre-grant communication and a plurality of downlink beam refinement reference signals; receiving a second message from the UE in response to the first message, the second message comprising a pre-grant acknowledgment and a plurality of uplink beam refinement reference signals; selecting a second base station beam based at least in part on the plurality of uplink beam refinement reference signals; and transmitting , using the second base station beam, a third message to the UE, wherein a width of the second base station beam is less than a width of the first base station beam, and further wherein the width of the first base station beam is based at least in part on the mobility parameter.
A pile sheet remover system for preparing a pile of sheets with a height , a free end and a side of sheet edges for processing in a pile preparation unit (PPU), the system comprising: - a sheet removing unit having a support frame supporting a moving frame configured for a linear movement in an attack direction towards the side and the free end of the pile of sheets , the moving frame having a side support plate with a side support face arranged to face and to apply to the side of the pile of sheets , - a grab plate arranged with a grab face essentially perpendicular to the side support face and extending beyond the side support face in the attack direction and configured with a grab actuator for a grab movement towards the free end of the pile of sheets , - one or more attack knives arranged to face the side of the pile of sheets and configured with one or more attack actuators for at least one attack movement in the attack direction for insertion of the one or more attack knives between a pair of sheets , wherein there is a first attack knife for a first attack movement and a second attack knife for a second attack movement ; wherein the first attack knife is a smaller knife with a blade in the attack direction and the second attack knife is a larger knife, characterized in that the pile sheet remover system further comprises: - a marking unit arranged to mark the sheet on an uncovered free end of the pile of sheets . - a sheet removing unit having a support frame supporting a moving frame configured for a linear movement in an attack direction towards the side and the free end of the pile of sheets , the moving frame having a side support plate with a side support face arranged to face and to apply to the side of the pile of sheets , - a grab plate arranged with a grab face essentially perpendicular to the side support face and extending beyond the side support face in the attack direction and configured with a grab actuator for a grab movement towards the free end of the pile of sheets , - one or more attack knives arranged to face the side of the pile of sheets and configured with one or more attack actuators for at least one attack movement in the attack direction for insertion of the one or more attack knives between a pair of sheets , wherein there is a first attack knife for a first attack movement and a second attack knife for a second attack movement ; wherein the first attack knife is a smaller knife with a blade in the attack direction and the second attack knife is a larger knife, characterized in that the pile sheet remover system further comprises: - a marking unit arranged to mark the sheet on an uncovered free end of the pile of sheets .
A computing device for monitoring a virtualization infrastructure of a computer network, the computer network comprising a plurality of servers communicatively coupled by a plurality of network devices comprising a switch fabric and one or more agents configured to execute within corresponding servers of the computer network, wherein each of the servers is a member of one or more aggregates and each of the aggregates comprises one or more of the servers; wherein the computing device is configured to: receive result data for probes issued by each agent to at least one other agent of the one or more agents; determine a status for each issued probe, the status determined based on a selected metric and based on the result data; generate a graphical user interface that includes a plurality of status blocks, the plurality of status blocks arranged in one or more columns having one or more rows of status blocks arranged under the one or more columns, wherein each of the status blocks is associated with a probe issued by a particular one of the agents of the plurality of agents to a particular destination agent of the plurality of agents, and wherein each of the status blocks is rendered in a corresponding color indicative of the status determined for the probe issued by the particular one of the agents of the plurality of agents to the particular destination agent of the plurality of agents; and output the graphical user interface for display at a display device. receive result data for probes issued by each agent to at least one other agent of the one or more agents; determine a status for each issued probe, the status determined based on a selected metric and based on the result data; generate a graphical user interface that includes a plurality of status blocks, the plurality of status blocks arranged in one or more columns having one or more rows of status blocks arranged under the one or more columns, wherein each of the status blocks is associated with a probe issued by a particular one of the agents of the plurality of agents to a particular destination agent of the plurality of agents, and wherein each of the status blocks is rendered in a corresponding color indicative of the status determined for the probe issued by the particular one of the agents of the plurality of agents to the particular destination agent of the plurality of agents; and output the graphical user interface for display at a display device.
A method of connecting a first threaded tubular to a second threaded tubular , comprising: engaging threads of the first tubular and the second tubular; rotating the first tubular relative to the second tubular to makeup a threaded connection; during makeup of the threaded connection: measuring torque applied to the connection; and measuring turns of the first tubular; using a controller for: finding at least one candidate for a shoulder position of the threaded connection from the at least one of the measured torque and the measured turns; analyzing the at least one candidate; and detecting the shoulder position of the threaded connection based on the analysis; wherein finding the at least one candidate comprises: graphing the measured torque and the measured turns on a torque-turns curve ; overlaying a first line from a measured final torque value on the torque-turns curve to a point along the torque-turns curve; overlaying a second line from a measured starting torque value on the torque-turns curve to the point ; and measuring an angle between the first line and the second line. engaging threads of the first tubular and the second tubular; rotating the first tubular relative to the second tubular to makeup a threaded connection; during makeup of the threaded connection: measuring torque applied to the connection; and measuring turns of the first tubular; measuring torque applied to the connection; and measuring turns of the first tubular; using a controller for: finding at least one candidate for a shoulder position of the threaded connection from the at least one of the measured torque and the measured turns; analyzing the at least one candidate; and detecting the shoulder position of the threaded connection based on the analysis; finding at least one candidate for a shoulder position of the threaded connection from the at least one of the measured torque and the measured turns; analyzing the at least one candidate; and detecting the shoulder position of the threaded connection based on the analysis; wherein finding the at least one candidate comprises: graphing the measured torque and the measured turns on a torque-turns curve ; overlaying a first line from a measured final torque value on the torque-turns curve to a point along the torque-turns curve; overlaying a second line from a measured starting torque value on the torque-turns curve to the point ; and measuring an angle between the first line and the second line. graphing the measured torque and the measured turns on a torque-turns curve ; overlaying a first line from a measured final torque value on the torque-turns curve to a point along the torque-turns curve; overlaying a second line from a measured starting torque value on the torque-turns curve to the point ; and measuring an angle between the first line and the second line.
A renal replacement therapy system, comprising: A filtration system having a feed side , a filtrate side and a non-silicon ceramic filter separating the feed side and the filtrate side; A re-absorption system having a feed side , a filtrate side and a non-silicon ceramic filter separating the feed side and the filtrate side; A valveless blood flow circuit in communication with an arterial graft, an inlet to the filtration system feed side, an outlet to the filtration system feed side, an inlet to the re-absorption system filtrate side, an outlet to the re-absorption system filtrate side and a venous graft; A percutaneous drive line including a fluid supply channel, a fluid return channel, a power cable, and a data communications cable; A filtration system inlet valve in communication with the fluid supply channel and an inlet to the filtration system filtrate side; A re-absorption system first outlet valve in communication with the re-absorption system feed side and the fluid return channel; A re-absorption system second outlet valve in communication with the re-absorption system feed side and a graft in communication with a bladder or a urine collection bag; A filtrate pump with an inlet in communication with the filtration system filtrate side and an outlet in communication with the re-absorption system feed side; and An implantable housing containing the filtration system , the re-absorption system , and the filtrate pump . A filtration system having a feed side , a filtrate side and a non-silicon ceramic filter separating the feed side and the filtrate side; A re-absorption system having a feed side , a filtrate side and a non-silicon ceramic filter separating the feed side and the filtrate side; A valveless blood flow circuit in communication with an arterial graft, an inlet to the filtration system feed side, an outlet to the filtration system feed side, an inlet to the re-absorption system filtrate side, an outlet to the re-absorption system filtrate side and a venous graft; A percutaneous drive line including a fluid supply channel, a fluid return channel, a power cable, and a data communications cable; A filtration system inlet valve in communication with the fluid supply channel and an inlet to the filtration system filtrate side; A re-absorption system first outlet valve in communication with the re-absorption system feed side and the fluid return channel; A re-absorption system second outlet valve in communication with the re-absorption system feed side and a graft in communication with a bladder or a urine collection bag; A filtrate pump with an inlet in communication with the filtration system filtrate side and an outlet in communication with the re-absorption system feed side; and An implantable housing containing the filtration system , the re-absorption system , and the filtrate pump .
Internally cooled poppet valve with inertial pump , comprising: a valve body having a valve head and a valve stem , wherein the valve body comprises a closed cavity , in which a cooling fluid is disposed, wherein an inertial pump is further disposed in the valve body , which moves the cooling fluid in the cavity during operation; wherein the inertial pump comprises at least one pump body and characterized by at least one control body which controls an intake/discharge of cooling fluid to or from the pump body , wherein the at least one pump body and the at least one control body are movable in the cavity ; and wherein the at least one pump body has a greater working stroke (AP) than a working stroke (AS) of the at least one control body .
A device for directing gas impingement to an inner casing of a gas turbine to cool or heat the inner casing, the device comprising: a thermal control sleeve comprising a plate configured for attachment to the outer surface of the inner casing, the plate having a first surface opposing the inner casing when the plate is attached to an area of the inner casing and having a second surface opposite the first surface, the plate defining a plurality of holes through the plate from the first surface to the second surface, the holes arranged with a predetermined non-uniform distribution in the plate corresponding to a desired preferential impingement pattern for providing non-uniform heat transfer from the area during operation of the gas turbine so as to control temperature of the inner casing across the area,. the device further including at least one mounting assembly for attaching the plate to the inner casing , wherein the mounting assembly is configured to attach the plate to the inner casing so that the plate can float relative to the inner casing area during operation of the gas turbine to account for changes in size of the inner casing during operation, in particular by means of a mount which allow the plates to float at or near a desired height over sections of inner casing . a thermal control sleeve comprising a plate configured for attachment to the outer surface of the inner casing, the plate having a first surface opposing the inner casing when the plate is attached to an area of the inner casing and having a second surface opposite the first surface, the plate defining a plurality of holes through the plate from the first surface to the second surface, the holes arranged with a predetermined non-uniform distribution in the plate corresponding to a desired preferential impingement pattern for providing non-uniform heat transfer from the area during operation of the gas turbine so as to control temperature of the inner casing across the area,. the device further including at least one mounting assembly for attaching the plate to the inner casing , wherein the mounting assembly is configured to attach the plate to the inner casing so that the plate can float relative to the inner casing area during operation of the gas turbine to account for changes in size of the inner casing during operation, in particular by means of a mount which allow the plates to float at or near a desired height over sections of inner casing .
A guiding device for home position of radioactive wastes drum , wherein the guiding device comprises: - a main body ; - guide protrusions , - a fixing plate , and - a support ; wherein the main body includes an anchor bolt hole and has a ring or circular disk shape having a diameter smaller than of the radioactive wastes drum , wherein the guide protrusions having a slope and are connected at the outer vertical surface of the main boddy and the hight of the guide protrusions are lower than the edge of the radioactive wastes drum, characterised in that the fixing plate comprises a magnet , for fixating the fixing plate with the top of the radioactive wastes drum ; wherein an upper end of the support is connected with the main body and an lower end of the support is connected with the fixing plate for longitudinally separating the main body from the fixing plate by forming a regularly-spaced gap. - a main body ; - guide protrusions , - a fixing plate , and - a support ;
Method for determining the total volume flow (Qges) of a pump arrangement comprising at least a first and a second pump unit operated in parallel, each of which being operated at a predeterminable speed, wherein - a manipulated variable of the first pump unit is superimposed with a first periodic excitation signal and a manipulated variable of the second pump unit is superimposed with a second periodic excitation signal, so that the differential pressure of the respective pump unit is modulated, wherein each pump unit determines its excitation signal itself according to its own time base that comes from its own internal clock, - the first and second pump unit each determine the value of an own mechanical or electrical variable as a system response to the excitation signal, and - determine the current value of the volume flow (Q1, Q2) delivered in each case from the determined value using a connection between the variable and the volume flow, and - the determined current values of the respectively conveyed volume flow (Q1, Q2) are added to obtain the total volume flow (Qges), characterised in that the excitation signals are synchronised. - a manipulated variable of the first pump unit is superimposed with a first periodic excitation signal and a manipulated variable of the second pump unit is superimposed with a second periodic excitation signal, so that the differential pressure of the respective pump unit is modulated, wherein each pump unit determines its excitation signal itself according to its own time base that comes from its own internal clock, - the first and second pump unit each determine the value of an own mechanical or electrical variable as a system response to the excitation signal, and - determine the current value of the volume flow (Q1, Q2) delivered in each case from the determined value using a connection between the variable and the volume flow, and - the determined current values of the respectively conveyed volume flow (Q1, Q2) are added to obtain the total volume flow (Qges),
Method for producing gramophone records by injection moulding, comprising heating polymeric material to liquefy said material, supplying liquid polymeric material under pressure from a feed zone to a space between two moulding mould parts via an injection nozzle , in which method the liquid polymeric material is passed through a single passage located in one of the mould parts and forcing the polymeric material under pressure through the injection nozzle into said space , characterized in that polyethylene terephthalate isophthalic acid modified copolymer is used as said polymeric material , wherein the amount of the monopolymer isophthalic acid in the polyethylene terephthalate isophthalic acid modified copolymer is between 1,5 and 2,5 %.
Structural column for a modular structure of an electrical cabinet, the structural column comprising two fitting elements symmetrically attached to the ends of a vertical profile by means of first welds made on the contacts between the parts, so as to form a single body, each fitting element being composed of a structural dowel partially inserted into an end of the vertical profile and two coupling elements perpendicularly arranged in relation to the structural dowel in a fitting element , wherein the coupling elements are attached to the structural dowel by means of second welds made on the contact areas between said parts; the coupling element comprises a "C" shaped, stamped part; both the upper and lower faces of the coupling element have bores evenly distributed along their length; and at one end, the coupling element has an L-shaped positioning flap coplanar with the lower face of said coupling element which assists in the perpendicular positioning and the connection between the coupling element and the structural dowel , and a limiter , also in "L" shape, perpendicularly arranged in relation to the positioning flap which restricts the free movement of horizontal beams during assembly of the modular structure ; wherein the vertical profile comprises a closed tubular profile with two right-angled sides , which have rectangular frames at their ends; the closing of the closed tubular profile is carried out by a central flap configured to face the outside of the modular structure and located between the rectangular frame and connected to these via intermediate regions ; wherein the first welds are made in the contact between the positioning flap and the intermediate regions and between the limiter and the structural dowel ;.
A medical device (20; 40; 50; 60), comprising: a snare member (200; 400; 500; 600) having a proximal portion (204; 404; 604) and a distal portion (202; 402; 602); an operating member extending proximally of the snare member (200; 400; 500; 600) and configured to extend and retract the snare member (200; 400; 500; 600); wherein the snare member (200; 400; 500; 600) includes a transition portion (206; 406; 606) extending between the proximal portion (204; 404; 604) and the distal portion (202; 402; 602), the transition portion (206; 406; 606) connecting the proximal portion (204; 404; 604) to the distal portion (202; 402; 602), wherein the distal portion (202; 402; 602) has a different cross-sectional area than the proximal portion (204; 404; 604) of the snare member (200; 400; 500; 600); and a plurality of traction members (210; 510) integrally formed with the snare member (200; 400; 500; 600) and configured to extend radially outwardly from the snare member (200; 400; 500; 600). a snare member (200; 400; 500; 600) having a proximal portion (204; 404; 604) and a distal portion (202; 402; 602); an operating member extending proximally of the snare member (200; 400; 500; 600) and configured to extend and retract the snare member (200; 400; 500; 600); wherein the snare member (200; 400; 500; 600) includes a transition portion (206; 406; 606) extending between the proximal portion (204; 404; 604) and the distal portion (202; 402; 602), the transition portion (206; 406; 606) connecting the proximal portion (204; 404; 604) to the distal portion (202; 402; 602), wherein the distal portion (202; 402; 602) has a different cross-sectional area than the proximal portion (204; 404; 604) of the snare member (200; 400; 500; 600); and a plurality of traction members (210; 510) integrally formed with the snare member (200; 400; 500; 600) and configured to extend radially outwardly from the snare member (200; 400; 500; 600).