mhurhangee/patent-ind-claim-en huggingface dataset:
A preloaded intraocular lens (PIOL) system comprising: (a) an intraocular lens comprising C-shaped haptics and an optic body; (b) an intraocular lens holding chamber; (c) a lumen; and (d) an injector; wherein said lumen is directly connected to the intraocular lens holding chamber, wherein said injector comprises an injector body which is connected with the lens holding chamber and a plunger which directly contacts the lens , characterized in that in said intraocular lens holding chamber the intraocular lens is stored in a compressed state in which the C-shaped haptics are wrapped around the optic body of the intraocular lens in a coplanar manner, after said loading of said intraocular lens ; and wherein said plunger has a structure which engages with the injector body to temporarily lock the plunger to retain the intraocular lens in the compressed state, wherein the haptic-to-haptic distance of said compressed intraocular lens ranges from 9 mm to 11 mm, said lumen comprises an input tube portion leading to a distal opening end, wherein said lens is delivered into an eye of a patient upon activation of said injector. (a) an intraocular lens comprising C-shaped haptics and an optic body; (b) an intraocular lens holding chamber; (c) a lumen; and (d) an injector; said lumen is directly connected to the intraocular lens holding chamber, wherein said injector comprises an injector body which is connected with the lens holding chamber and a plunger which directly contacts the lens , characterized in that in said intraocular lens holding chamber the intraocular lens is stored in a compressed state in which the C-shaped haptics are wrapped around the optic body of the intraocular lens in a coplanar manner, after said loading of said intraocular lens ; and wherein said plunger has a structure which engages with the injector body to temporarily lock the plunger to retain the intraocular lens in the compressed state, wherein the haptic-to-haptic distance of said compressed intraocular lens ranges from 9 mm to 11 mm, said lumen comprises an input tube portion leading to a distal opening end, wherein said lens is delivered into an eye of a patient upon activation of said injector.
A method for defining elongation of an elevator car suspension means , wherein the method comprising: - obtaining periodically a value representing an overtravel distance of the elevator car , and - defining the elongation of the elevator car suspension means on a basis of the periodically obtained values representing the overtravel distance of the elevator car , characterized in that the value representing the overtravel distance is obtained by: - overcoupling a final limit switch arranged to an elevator shaft above a top floor , - driving the elevator car upwards from the top floor until a counterweight comes into a contact with a buffer , and - obtaining a distance travelled by the elevator car from the top floor up to a detection of an indication that the counterweight comes into a contact with the buffer , wherein said distance corresponds to the value representing the overtravel distance of the elevator car , and wherein the indication is detected by means of one of the following: detection of a change in a torque of a hoisting motor, detection of a movement of the buffer by means of a switch arranged to the buffer . - obtaining periodically a value representing an overtravel distance of the elevator car , and - defining the elongation of the elevator car suspension means on a basis of the periodically obtained values representing the overtravel distance of the elevator car , characterized in that the value representing the overtravel distance is obtained by: - overcoupling a final limit switch arranged to an elevator shaft above a top floor , - driving the elevator car upwards from the top floor until a counterweight comes into a contact with a buffer , and - obtaining a distance travelled by the elevator car from the top floor up to a detection of an indication that the counterweight comes into a contact with the buffer , - overcoupling a final limit switch arranged to an elevator shaft above a top floor , - driving the elevator car upwards from the top floor until a counterweight comes into a contact with a buffer , and - obtaining a distance travelled by the elevator car from the top floor up to a detection of an indication that the counterweight comes into a contact with the buffer , wherein said distance corresponds to the value representing the overtravel distance of the elevator car , and wherein the indication is detected by means of one of the following: detection of a change in a torque of a hoisting motor, detection of a movement of the buffer by means of a switch arranged to the buffer .
A dry friction material shaped into a flat ring containing glass fibers , a synthetic resin for glass fiber impregnation, and a compounded rubber that is a mixture containing a rubber, a pigment, a rubber accelerator, and a filler, wherein the dry friction material has a friction surface at one side in a thickness direction thereof and a contact surface at another side in the thickness direction, and the contact surface contacts with a core material , a content of the compounded rubber of fixed parts of the dry friction material is higher than a content of the compounded rubber of parts other than the fixed parts , the fixed parts have a content of the glass fibers lower than the parts other than the fixed parts , the fixed parts and the parts other than the fixed parts are disposed side by side in a circumferential direction of the dry friction material , the fixed parts have recessed parts or grooves formed between the fixed parts , characterized in that the dry friction material has the contact surface disposed at the fixed parts , and the dry friction material is fixed to the core material at the fixed parts while the recessed parts or grooves form a space between the dry friction material and the core material .
A method for performing measurement on neighboring cells by a user equipment, UE, in a mobile communication system, the method comprising: generating raw measurement result values by performing measurement on received signals from neighboring cells; receiving measurement-related parameters to be applied to raw measurement result values of first neighboring cells, from the first neighboring cells having raw measurement result values exceeding an absolute threshold, among the neighboring cells, the measurement-related parameters comprising Qoffset values; generating final measurement result values by applying the Qoffset values of the measurement-related parameters to the raw measurement result values of the first neighboring cells; and performing cell selection or cell reselection to one of the first neighboring cells based on the final measurement result values, or transmitting a measurement report to a base station of a serving cell. generating raw measurement result values by performing measurement on received signals from neighboring cells; receiving measurement-related parameters to be applied to raw measurement result values of first neighboring cells, from the first neighboring cells having raw measurement result values exceeding an absolute threshold, among the neighboring cells, the measurement-related parameters comprising Qoffset values; generating final measurement result values by applying the Qoffset values of the measurement-related parameters to the raw measurement result values of the first neighboring cells; and performing cell selection or cell reselection to one of the first neighboring cells based on the final measurement result values, or transmitting a measurement report to a base station of a serving cell.
A method for providing a comfort dashboard , comprising: receiving operational data associated with an HVAC system of a facility ; receiving credentials associated with a user of a user device, wherein the user device includes a number of display elements configurable by the user; determining a particular portion of the operational data to provide to the user via the display elements of the user device based, at least in part, on the credentials; and wherein at least one of the display elements is configured to provide a performance indicator that includes a percentage of time that comfort in the facility was within a desire range over a period of time. receiving operational data associated with an HVAC system of a facility ; receiving credentials associated with a user of a user device, wherein the user device includes a number of display elements configurable by the user; determining a particular portion of the operational data to provide to the user via the display elements of the user device based, at least in part, on the credentials; and wherein at least one of the display elements is configured to provide a performance indicator that includes a percentage of time that comfort in the facility was within a desire range over a period of time.
An apparatus comprising: processing circuitry to perform data processing in response to instructions of one of a plurality of software execution environments; and a memory management unit to perform memory address translation, the memory management unit comprising an address translation cache to store address translation data; wherein in response to an address translation cache miss detected for an address translation request specifying a partition identifier allocated to a software execution environment associated with the address translation request, the memory management unit is configured to control allocation of address translation data to the address translation cache in dependence on one of a plurality of sets of configuration information selected in dependence on the partition identifier specified by the address translation request; wherein the memory management unit comprises at least one programmable storage element to store the plurality of sets of configuration information; and wherein the processing circuitry is configured to select the partition identifier allocated to the software execution environment associated with the address translation request based on a partition identifier value stored in a software-writable register. processing circuitry to perform data processing in response to instructions of one of a plurality of software execution environments; and a memory management unit to perform memory address translation, the memory management unit comprising an address translation cache to store address translation data; wherein in response to an address translation cache miss detected for an address translation request specifying a partition identifier allocated to a software execution environment associated with the address translation request, the memory management unit is configured to control allocation of address translation data to the address translation cache in dependence on one of a plurality of sets of configuration information selected in dependence on the partition identifier specified by the address translation request; wherein the memory management unit comprises at least one programmable storage element to store the plurality of sets of configuration information; and wherein the processing circuitry is configured to select the partition identifier allocated to the software execution environment associated with the address translation request based on a partition identifier value stored in a software-writable register.
A method for collision avoidance between a vulnerable road user vehicle and a surrounding vehicle , wherein the user of the vulnerable road user vehicle makes use of a portable communication device, the method comprising the steps of: - in said vulnerable road user vehicle, transferring position detecting sensor data or position data derived therefrom to said portable communication device, - in said portable communication device, evaluating said position detecting sensor data and deriving position data for the vulnerable road user vehicle in case position detecting sensor data are transferred to the portable communication device, performing a map matching technique for refining the position data, and transferring the refined position data to the vulnerable road user vehicle , - in the vulnerable road user vehicle , distributing the refined position data to the surrounding vehicle , and - in the surrounding vehicle , predicting a trajectory for the vulnerable road user vehicle based on the position data received in the distribution step , determining a risk of a collision, and, if the risk of a collision exceeds a certain level performing a collision avoidance maneuver and/or outputting a warning message to the driver of the surrounding vehicle . - in said vulnerable road user vehicle, transferring position detecting sensor data or position data derived therefrom to said portable communication device, - in said portable communication device, evaluating said position detecting sensor data and deriving position data for the vulnerable road user vehicle in case position detecting sensor data are transferred to the portable communication device, performing a map matching technique for refining the position data, and transferring the refined position data to the vulnerable road user vehicle , - in the vulnerable road user vehicle , distributing the refined position data to the surrounding vehicle , and - in the surrounding vehicle , predicting a trajectory for the vulnerable road user vehicle based on the position data received in the distribution step , determining a risk of a collision, and, if the risk of a collision exceeds a certain level performing a collision avoidance maneuver and/or outputting a warning message to the driver of the surrounding vehicle .
An RFID tag comprising: an insulating substrate with an upper surface ; a coil conductor in the insulating substrate ; a semiconductor element on the upper surface of the insulating substrate ; and a mold resin covering the upper surface of the insulating substrate and the semiconductor element , characterized in that the mold resin contains a plurality of magnetic particles having particle sizes different from each other, and the magnetic particles comprise hollow magnetic particles . an insulating substrate with an upper surface ; a coil conductor in the insulating substrate ; a semiconductor element on the upper surface of the insulating substrate ; and a mold resin covering the upper surface of the insulating substrate and the semiconductor element , characterized in that the mold resin contains a plurality of magnetic particles having particle sizes different from each other, and the magnetic particles comprise hollow magnetic particles .
A method of controlling an SMA actuation assembly wherein at least one SMA actuator wire is connected in tension between a support structure and a movable element in an arrangement capable of driving movement of the movable element with respect to the support structure , the method comprising: while supplying drive signals to the at least one SMA actuator wire to drive said movement: setting target signals representing desired positions of the movable element with respect to the support structure that vary within a predetermined spatial envelope; deriving measures of resistance of the at least one SMA actuator wire , and controlling the power of the drive signals under closed loop control on the basis of the target signals and feedback signals obtained from the derived measures of resistance, characterised by further comprising: monitoring electrical characteristics of the at least one SMA actuator wire ; and detecting on the basis of the monitored electrical characteristics when a motion limit of the movement driven by the at least one SMA actuator wire is reached, and in response thereto adjusting said spatial envelope to restrict the movement to be within the detected motion limit. while supplying drive signals to the at least one SMA actuator wire to drive said movement: setting target signals representing desired positions of the movable element with respect to the support structure that vary within a predetermined spatial envelope; deriving measures of resistance of the at least one SMA actuator wire , and controlling the power of the drive signals under closed loop control on the basis of the target signals and feedback signals obtained from the derived measures of resistance, setting target signals representing desired positions of the movable element with respect to the support structure that vary within a predetermined spatial envelope; deriving measures of resistance of the at least one SMA actuator wire , and controlling the power of the drive signals under closed loop control on the basis of the target signals and feedback signals obtained from the derived measures of resistance, characterised by further comprising: monitoring electrical characteristics of the at least one SMA actuator wire ; and detecting on the basis of the monitored electrical characteristics when a motion limit of the movement driven by the at least one SMA actuator wire is reached, and in response thereto adjusting said spatial envelope to restrict the movement to be within the detected motion limit. monitoring electrical characteristics of the at least one SMA actuator wire ; and detecting on the basis of the monitored electrical characteristics when a motion limit of the movement driven by the at least one SMA actuator wire is reached, and in response thereto adjusting said spatial envelope to restrict the movement to be within the detected motion limit.
Method for pointing pre-glued sheets of paper (F) for coating paper or cardboard boxes by means of a pointing apparatus, comprising a first width-search sensor , a second width-search sensor , said first and second width-search sensors being mounted longitudinally staggered on a supporting structure (S) provided with transverse and longitudinal advancement means, and a rotation motion relative to the sheet around one or more fulcrums , wherein the method comprises the following steps: a) simultaneous transverse advancement of the first and second width-search sensors, b) stop of the first sensor at a first point on a longitudinal edge of the sheet, characterised in that the method comprises the following further steps: c) a continuous check to detect whether the first sensor has moved away from the edge of the sheet, and a correction of the position of the first sensor in the reverse direction from said deviation until the edge of the sheet is found again, d) initiation of a continuous checking step whether the second sensor has also reached the edge of the sheet, wherein during said checking step if the second sensor has not reached the edge, continue said advancement of the second sensor, when the second sensor has also reached the edge, the second sensor stops at a second point on a longitudinal edge of the sheet and the first sensor at the first point on the longitudinal edge of the sheet. a) simultaneous transverse advancement of the first and second width-search sensors, b) stop of the first sensor at a first point on a longitudinal edge of the sheet, c) a continuous check to detect whether the first sensor has moved away from the edge of the sheet, and a correction of the position of the first sensor in the reverse direction from said deviation until the edge of the sheet is found again, d) initiation of a continuous checking step whether the second sensor has also reached the edge of the sheet, wherein during said checking step if the second sensor has not reached the edge, continue said advancement of the second sensor, when the second sensor has also reached the edge, the second sensor stops at a second point on a longitudinal edge of the sheet and the first sensor at the first point on the longitudinal edge of the sheet. if the second sensor has not reached the edge, continue said advancement of the second sensor, when the second sensor has also reached the edge, the second sensor stops at a second point on a longitudinal edge of the sheet and the first sensor at the first point on the longitudinal edge of the sheet.
Latching device for a movable part of a vehicle , in particular a front hood of a vehicle , the device comprising a locking mechanism which can be mounted on the body and is intended for receiving a latch holder which can be arranged on the movable part , and comprising a positioning mechanism which can be brought into contact with the latch holder and is intended for moving the movable part into at least one protective position (I), wherein the positioning mechanism has at least one first overload protector as a result of which, in a load condition, the movable part can be moved from the protective position (I) into an impact position (II), wherein the positioning mechanism has a positioning lever , a control lever which can be connected to the positioning lever and to the locking mechanism , and an activation means which can be brought into contact with the control lever , wherein the overload protector is arranged on the control lever , wherein the control lever has an activating arm (17.1) and a positioning arm (17.2), wherein the positioning arm (17.2) has an actuation element (17.3) which can be brought into contact with the positioning lever , and a support element (17.4) which can be brought into contact with the locking mechanism , and the overload protector is arranged on a guide contour (17.5) of the control lever that connects the actuation element (17.3) and the support element (17.4).
A method for manufacturing beverage crates from plastic with the appearance of a beverage crate of a different material than plastic, wherein: • an injection mold is provided for injection molding the beverage crate that is of such a kind that it provides the entire surface of the outer sides of the side walls (3 to 6) of the beverage crates with a characteristic surface structure of the material, the appearance of which the beverage crates are supposed to have, • films are introduced into the injection mold that have a photo realistic picture of the material with the same characteristic surface structure, wherein the films with the picture are oriented in a precise fit on the corresponding surface structures of the injection mold, and • the beverage crate is produced in the injection mold by back-molding the films , wherein the surface structures are generated to fit the picture , and a bonding of the material of a main body of the beverage crate to the films is simultaneously achieved. • an injection mold is provided for injection molding the beverage crate that is of such a kind that it provides the entire surface of the outer sides of the side walls (3 to 6) of the beverage crates with a characteristic surface structure of the material, the appearance of which the beverage crates are supposed to have, • films are introduced into the injection mold that have a photo realistic picture of the material with the same characteristic surface structure, wherein the films with the picture are oriented in a precise fit on the corresponding surface structures of the injection mold, and • the beverage crate is produced in the injection mold by back-molding the films , wherein the surface structures are generated to fit the picture , and a bonding of the material of a main body of the beverage crate to the films is simultaneously achieved.