mhurhangee/patent-ind-claim-en huggingface dataset:
A kit for a multi-panel antenna system, the kit comprising: a set of reflector panels that includes a center reflector panel and two side reflector panels , wherein a respective reflector panel includes a curved surface that forms a portion of a parabolic reflector for the multi-panel antenna system, and wherein the curvature of the center reflector panel and the two side reflector panels are substantially similar to facilitate stacking the center reflector panel and the two side reflector panels; a multi-panel fastener for coupling the center reflector panel and the two side reflector panels together to form the parabolic reflector; a feed assembly for the multi-panel antenna system; a mounting assembly ; and a container comprising: an insert resting on top of the reflector panels inside the container , wherein the inser separates the multi-panel fastener , the feed assembly , and the mounting assembly from the reflector panels, wherein the insert includes a molded insert including slots for the multi-panel fastener, the mounting assembly, and the feed assembly, wherein the molded insert includes a convex curvature that contours the concave surface of the stacked reflector panels, and wherein the dimensions of the molded insert facilitate inserting the molded insert within the container , and on top of the stacked reflector panels placed at a bottom surface of the container. a set of reflector panels that includes a center reflector panel and two side reflector panels , wherein a respective reflector panel includes a curved surface that forms a portion of a parabolic reflector for the multi-panel antenna system, and wherein the curvature of the center reflector panel and the two side reflector panels are substantially similar to facilitate stacking the center reflector panel and the two side reflector panels; a multi-panel fastener for coupling the center reflector panel and the two side reflector panels together to form the parabolic reflector; a feed assembly for the multi-panel antenna system; a mounting assembly ; and a container comprising: an insert resting on top of the reflector panels inside the container , wherein the inser separates the multi-panel fastener , the feed assembly , and the mounting assembly from the reflector panels, wherein the insert includes a molded insert including slots for the multi-panel fastener, the mounting assembly, and the feed assembly, wherein the molded insert includes a convex curvature that contours the concave surface of the stacked reflector panels, and wherein the dimensions of the molded insert facilitate inserting the molded insert within the container , and on top of the stacked reflector panels placed at a bottom surface of the container.
Transparent substrate bearing a solar-control multilayer stack comprising three functional layers (IR1, IR2, IR3) based on a material that reflects infrared radiation and four dielectric coatings (D1, D2, D3, D4), so that each functional layer (IR) is surrounded by dielectric coatings (D), wherein the geometric thickness of the second functional layer (IR2) starting from the substrate is at least 4% less than the geometric thicknesses of the first and third functional layers (IR1, IR3) and wherein the ratio of the optical thickness of the dielectric coating (D3) positioned between the second and third functional layers (IR2, IR3) to the geometric thickness of the third functional layer (IR3) starting from the substrate is between 5.5 and 10.
A payload control apparatus , comprising: a spring-line assembly , including: a spring line actuating mechanism ; a spring-line flying sheave assembly including only a single flying sheave (1006-1) over which a load line can pass; and a flexible spring line having one end (1004-2) connected to the spring line actuating mechanism and another end (1004-1) connected to the spring line flying sheave assembly , wherein the spring line flying sheave assembly can be moveably disposed via the spring line actuating mechanism into at least one position such that the single flying sheave (1006-1) is in one of a non-contacting, spaced relation and a non-path-altering, contacting relation to a region of a straight load-line path having a load line path length, L 1 , of the load-line that is connected at one region thereof to a winch assembly and at another region thereof to a payload to be controllably lifted, lowered, positioned, or maintained in a stationary location, and one or more rotatable, positionally fixed sheaves disposed in the load-line path, wherein the one or more fixed sheaves provide load-line path stabilization when the spring-line assembly flying sheave is disposed in the path-altering, engaging contact position with the load-line, further wherein the spring-line flying sheave assembly can be moveably disposed via the actuating mechanism into at least another position such that the single flying sheave (1006-1) is in a load line path-altering, engaging contact with the region of the straight load-line path of the load-line such that the load-line path is not straight and has a load line path length, L 2 , that is greater than load line path length L 1 . a spring line actuating mechanism ; a spring-line flying sheave assembly including only a single flying sheave (1006-1) over which a load line can pass; and a flexible spring line having one end (1004-2) connected to the spring line actuating mechanism and another end (1004-1) connected to the spring line flying sheave assembly , wherein the spring line flying sheave assembly can be moveably disposed via the spring line actuating mechanism into at least one position such that the single flying sheave (1006-1) is in one of a non-contacting, spaced relation and a non-path-altering, contacting relation to a region of a straight load-line path having a load line path length, L 1 , of the load-line that is connected at one region thereof to a winch assembly and at another region thereof to a payload to be controllably lifted, lowered, positioned, or maintained in a stationary location, and one or more rotatable, positionally fixed sheaves disposed in the load-line path,
A method of lyophilizing a material within a freeze-dryer chamber comprising the steps of: pressurizing the gas atmosphere within the freeze-dryer chamber to a pressure level above ambient pressure, the pressure level being at most 172 kPa (25 psi) above ambient pressure; cooling the material to a temperature near or below a phase transition temperature in the pressurized gas atmosphere; rapidly decreasing the pressure to induce nucleation of freezing in the material; further cooling the nucleated material to or below a final temperature to freeze the material; and drying the material to produce a dried product having reduced moisture or solvent. pressurizing the gas atmosphere within the freeze-dryer chamber to a pressure level above ambient pressure, the pressure level being at most 172 kPa (25 psi) above ambient pressure; cooling the material to a temperature near or below a phase transition temperature in the pressurized gas atmosphere; rapidly decreasing the pressure to induce nucleation of freezing in the material; further cooling the nucleated material to or below a final temperature to freeze the material; and drying the material to produce a dried product having reduced moisture or solvent.
A screwing tool for transmitting a torque with a spring element , which biases a first torque-limiting arrangement and a second torque-limiting arrangement , wherein the first torque-limiting arrangement limits a torque applied to a first blade receptacle or a first blade with a first limit torque, and characterized in that the second torque-limiting arrangement limits a torque applied to a second blade receptacle or blade with a second limit torque.
A luminaire comprising: - an outer housing ; - a clamping arrangement for clamping the outer housing to a sheet or concrete article with the outer housing extending through an opening in the sheet or concrete article; - an inner housing , which is slidable within the outer housing; and - a lighting unit carried by the inner housing , - wherein the inner housing is insertable into and removable from the outer housing , wherein the inner housing is adapted to be: - slidable within the outer housing to a first latched position after insertion; - slidable from the first latched position to a second latched position, in which the second latched position has the inner housing recessed within the outer housing ; and - removable from the outer housing by sliding from the second latched position to a release position, characterized in that the outer housing comprises sprung guide fingers and the inner housing comprises guide slots forming four guide finger and guide slot pairs, and wherein, for each guide finger and guide slot pair, the guide slot comprises a first catch portion for the guide finger for setting the first latched position and a second catch portion for the guide finger for setting the second latched position. - an outer housing ; - a clamping arrangement for clamping the outer housing to a sheet or concrete article with the outer housing extending through an opening in the sheet or concrete article; - an inner housing , which is slidable within the outer housing; and - a lighting unit carried by the inner housing , - wherein the inner housing is insertable into and removable from the outer housing , - slidable within the outer housing to a first latched position after insertion; - slidable from the first latched position to a second latched position, in which the second latched position has the inner housing recessed within the outer housing ; and - removable from the outer housing by sliding from the second latched position to a release position, characterized in that the outer housing comprises sprung guide fingers and the inner housing comprises guide slots forming four guide finger and guide slot pairs, and
A press cover anti-pinch device, comprising: a connector arranged at a lower side of a cover body of a press cover and fixed to the press cover; and a support hinged to the connector and rotatably arranged in a supporting position or in a collapsed position, wherein when the support is arranged in the supporting position, the support swings down and supports the press cover on a supporting surface , and when the support is arranged in the collapsed position, the support is collapsed and the press cover is lowered; characterized in that the press cover anti-pinch device further comprises: a locking mechanism arrangeable in a locking position or in an unlocking position, wherein when the locking mechanism is arranged in the locking position, the support is locked in the supporting position and/or the collapsed position, and when the locking mechanism is arranged in the unlocking position, the support is rotatable to another position other than the locking position. a connector arranged at a lower side of a cover body of a press cover and fixed to the press cover; and a support hinged to the connector and rotatably arranged in a supporting position or in a collapsed position, wherein when the support is arranged in the supporting position, the support swings down and supports the press cover on a supporting surface , and when the support is arranged in the collapsed position, the support is collapsed and the press cover is lowered; characterized in that the press cover anti-pinch device further comprises: a locking mechanism arrangeable in a locking position or in an unlocking position, wherein when the locking mechanism is arranged in the locking position, the support is locked in the supporting position and/or the collapsed position, and when the locking mechanism is arranged in the unlocking position, the support is rotatable to another position other than the locking position.
A line for the continuous cycle production of plastic objects, comprising: - an extruder configured to receive solid plastic material in raw form and to feed out a flow of plastic fluid; - a compression moulding machine including a rotating moulding carousel and a plurality of moulds to form an ordered succession of objects from corresponding doses; - a transfer apparatus configured to obtain an ordered succession of doses from the flow of plastic fluid and to feed the doses individually to the compression moulding machine ; - a conveyor configured to receive the objects individually and to transport them in the same ordered succession; - a first sensor configured to detect a first diagnostic signal and located at a first predetermined position in the line ; - a control unit, characterized in that the control unit is configured to generate a synchronization signal representing an operating configuration of the line in real time and programmed to capture the first diagnostic signal synchronously relative to the synchronization signal, wherein the synchronization signal represents the speed at which the doses and objects move along the line , and wherein the first predetermined position is a stationary position relative to the movement of the ordered succession of doses and objects along the line . - an extruder configured to receive solid plastic material in raw form and to feed out a flow of plastic fluid; - a compression moulding machine including a rotating moulding carousel and a plurality of moulds to form an ordered succession of objects from corresponding doses; - a transfer apparatus configured to obtain an ordered succession of doses from the flow of plastic fluid and to feed the doses individually to the compression moulding machine ; - a conveyor configured to receive the objects individually and to transport them in the same ordered succession; - a first sensor configured to detect a first diagnostic signal and located at a first predetermined position in the line ; - a control unit,
A method of indicating to a user that a live round has been fired using a blank safety device , comprising: attaching the blank safety device to a firearm muzzle, wherein the blank safety device includes: a body having an internal cavity in communication with a port in a sidewall of the body , and a back section having a back wall and a central bore in communication with the firearm muzzle and wherein the back section is sealed with respect to the internal cavity , wherein the internal cavity extends from a position forward of the back wall to the port rearward of the back wall ; and firing a live round through the firearm muzzle into the attached blank safety device, wherein a bullet of the live round pierces a back wall of the sealed back section thereby causing gases from the live round to travel from the central bore through the internal cavity and through the port to the external environment to alert the user that a live round was fired. attaching the blank safety device to a firearm muzzle, wherein the blank safety device includes: a body having an internal cavity in communication with a port in a sidewall of the body , and a back section having a back wall and a central bore in communication with the firearm muzzle and wherein the back section is sealed with respect to the internal cavity , wherein the internal cavity extends from a position forward of the back wall to the port rearward of the back wall ; and a body having an internal cavity in communication with a port in a sidewall of the body , and a back section having a back wall and a central bore in communication with the firearm muzzle and wherein the back section is sealed with respect to the internal cavity , wherein the internal cavity extends from a position forward of the back wall to the port rearward of the back wall ; and firing a live round through the firearm muzzle into the attached blank safety device, wherein a bullet of the live round pierces a back wall of the sealed back section thereby causing gases from the live round to travel from the central bore through the internal cavity and through the port to the external environment to alert the user that a live round was fired.
A method for assembling a hollow rail for guiding a lift car and/or a counterweight of a lift installation , wherein the method comprises: arranging a first hollow rail part and a second hollow rail part at different heights in a lift shaft of the lift installation ; aligning the first hollow rail part relative to the second hollow rail part by means of an alignment piece so that the first hollow rail part and the second hollow rail part extend along a common longitudinal axis , wherein the alignment piece is arranged between the first hollow rail part and the second hollow rail part such that the alignment piece protrudes partially into an open end of the first hollow rail part and partially into an open end of the second hollow rail part ; fastening one clamping element to the first hollow rail part and one to the second hollow rail part ; and applying a force to the clamping elements in opposite directions parallel to the common longitudinal axis to bring together the first hollow rail part and the second hollow rail part to form the hollow rail , wherein the alignment piece is pressed into the open end of the first hollow rail part and/or into the open end of the second hollow rail part . arranging a first hollow rail part and a second hollow rail part at different heights in a lift shaft of the lift installation ; aligning the first hollow rail part relative to the second hollow rail part by means of an alignment piece so that the first hollow rail part and the second hollow rail part extend along a common longitudinal axis , wherein the alignment piece is arranged between the first hollow rail part and the second hollow rail part such that the alignment piece protrudes partially into an open end of the first hollow rail part and partially into an open end of the second hollow rail part ; fastening one clamping element to the first hollow rail part and one to the second hollow rail part ; and applying a force to the clamping elements in opposite directions parallel to the common longitudinal axis to bring together the first hollow rail part and the second hollow rail part to form the hollow rail , wherein the alignment piece is pressed into the open end of the first hollow rail part and/or into the open end of the second hollow rail part .
A method for mobile network testing by using at least one testing device configured to be connected to the mobile network as well as a processing unit , the method is comprising the following steps: - Running a predefined set of test procedures on the at least one testing device for generating at least one heat map assigned to the mobile network under test, wherein the test procedures running on the at least one testing device simulate the behavior of participants of the mobile network, - Receiving by the processing unit the test results of the set of test procedures, - Evaluating by the processing unit the test results of the set of test procedures via a machine learning model, and - Training the machine learning model to complete missing information on an already present heat map, wherein the training of the machine learning model is based on inputting valid and complete heat map information obtained from the test results, and wherein the machine learning model is trained such that the machine learning model is able to complete missing information on an already present heat map based on the results obtained by recognizing relationships and/or correlations between different data and/or information of the appropriate data assigned to the test results. - Running a predefined set of test procedures on the at least one testing device for generating at least one heat map assigned to the mobile network under test, wherein the test procedures running on the at least one testing device simulate the behavior of participants of the mobile network, - Receiving by the processing unit the test results of the set of test procedures, - Evaluating by the processing unit the test results of the set of test procedures via a machine learning model, and - Training the machine learning model to complete missing information on an already present heat map, wherein the training of the machine learning model is based on inputting valid and complete heat map information obtained from the test results, and wherein the machine learning model is trained such that the machine learning model is able to complete missing information on an already present heat map based on the results obtained by recognizing relationships and/or correlations between different data and/or information of the appropriate data assigned to the test results.
An apparatus of an eNodeB (112; 212), the eNodeB configured to communicate with a User Equipment ,UE , the apparatus comprising one or more processors and memory configured to: select one or more scheduling strategies for communicating one or more packet data units ,PDUs, from a packet data convergence protocol ,PDCP, layer to a plurality of lower link layers for communication to the UE, wherein the one or more scheduling strategies are one or more predictable scheduling strategies; associate each one of the one or more PDUs with a sequence number ,SN; and signal a transceiver of the eNodeB to transmit to the UE the one or more PDUs and associated sequence numbers ,SNs, on the plurality of lower link layers according to the one or more scheduling strategies, wherein a predictable scheduling strategy is for enabling the UE to identify a dropped PDU source among the plurality of lower link layers based on the one or more predictable scheduling strategies. select one or more scheduling strategies for communicating one or more packet data units ,PDUs, from a packet data convergence protocol ,PDCP, layer to a plurality of lower link layers for communication to the UE, wherein the one or more scheduling strategies are one or more predictable scheduling strategies; associate each one of the one or more PDUs with a sequence number ,SN; and signal a transceiver of the eNodeB to transmit to the UE the one or more PDUs and associated sequence numbers ,SNs, on the plurality of lower link layers according to the one or more scheduling strategies, wherein a predictable scheduling strategy is for enabling the UE to identify a dropped PDU source among the plurality of lower link layers based on the one or more predictable scheduling strategies.