mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing a silver-based epoxidation catalyst, comprising i) impregnating a particulate porous refractory support with a first aqueous silver impregnation solution comprising silver ions and an aminic complexing agent selected from amines, alkanolamines and amino acids; ii) converting at least part of the silver ions impregnated on the refractory support to metallic silver by heating while directing a stream of a first gas over the impregnated refractory support to obtain an intermediate catalyst, wherein the first gas comprises at least 5 vol.-% oxygen; iii) impregnating the intermediate catalyst with a second aqueous silver impregnation solution comprising silver ions, an aminic complexing agent selected from amines, alkanolamines and amino acids, and one or more transition metal promoters, in particular rhenium; and iv) converting at least part of the silver ions impregnated on the intermediate catalyst to metallic silver by heating while directing a stream of a second gas over the impregnated intermediate catalyst to obtain the epoxidation catalyst, wherein the second gas comprises at most 2.0 vol.-% oxygen; wherein the impregnated refractory support and the impregnated intermediate catalyst are each heated to a temperature of 200 to 800 °C. i) impregnating a particulate porous refractory support with a first aqueous silver impregnation solution comprising silver ions and an aminic complexing agent selected from amines, alkanolamines and amino acids; ii) converting at least part of the silver ions impregnated on the refractory support to metallic silver by heating while directing a stream of a first gas over the impregnated refractory support to obtain an intermediate catalyst, wherein the first gas comprises at least 5 vol.-% oxygen; iii) impregnating the intermediate catalyst with a second aqueous silver impregnation solution comprising silver ions, an aminic complexing agent selected from amines, alkanolamines and amino acids, and one or more transition metal promoters, in particular rhenium; and iv) converting at least part of the silver ions impregnated on the intermediate catalyst to metallic silver by heating while directing a stream of a second gas over the impregnated intermediate catalyst to obtain the epoxidation catalyst, wherein the second gas comprises at most 2.0 vol.-% oxygen;
Vapor extraction hood, with an outer housing with a lower inlet and upper lateral openings , a suction motor with an outlet and with at least one chamber , whereby at least one suction place (16, 17; 27, 29) is provided, through which in its open position, when the suction motor is switched on, an air flow from the openings in the at least one chamber with the suction motor takes place, characterized in that the at least one chamber is placed between this suction motor and the outer housing , through which the air will be sucked from the lower inlet of the outer housing through this at least one chamber , whereby the least one suction place (16, 17; 27, 29) is closable by an actuatable closing element, whereby with circulating air operation the air, which was blowing out through the openings in the outer housing cleaned in the vapor extraction hood , will be sucked through these openings during or after the cooking an additional time and will be conducted into the vapor extraction hood and thereby cleaned once again.
Equipping arrangement for equipping connector housings with fitted-out cable ends of cables , the equipping arrangement comprising: - a cable gripper that has two gripper jaws for grasping and gripping the cable and an actuator for actuating the cable gripper that can be operated with pressure means in such a way that the cable can be clamped in a closed position by the gripper jaws for inserting the fitted-out cable end into the connector housing and that the gripper jaws can be moved from the closed position to an intermediate position by an opening movement for subsequent gripping, - a gripper location system that is designed to determine the position of the gripper jaws , wherein the gripper location system is operatively connected to the cable gripper in such a way that the cable gripper can be calibrated for the intermediate position by means of the gripper location system, - an alignment module for the rotationally correct alignment of the fitted-out cable end , with an optical detection device for determining the rotational position of the fitted-out cable end , wherein the detection device for forming the gripper location system is designed such that the opening movement of the gripper jaws can be monitored with the detection device , and wherein the equipping arrangement comprises a control unit for controlling the actuator , which is connected to the alignment module in such a way that the actuator of the cable gripper can be calibrated for the intermediate position based on data of the opening movement of the gripper jaws determined by the detection device . - a cable gripper that has two gripper jaws for grasping and gripping the cable and an actuator for actuating the cable gripper that can be operated with pressure means in such a way that the cable can be clamped in a closed position by the gripper jaws for inserting the fitted-out cable end into the connector housing and that the gripper jaws can be moved from the closed position to an intermediate position by an opening movement for subsequent gripping, - a gripper location system that is designed to determine the position of the gripper jaws , wherein the gripper location system is operatively connected to the cable gripper in such a way that the cable gripper can be calibrated for the intermediate position by means of the gripper location system, - an alignment module for the rotationally correct alignment of the fitted-out cable end , with an optical detection device for determining the rotational position of the fitted-out cable end ,
A computer mouse , comprising: an electronic circuit configured to implement operations of the computer mouse ; a housing enclosing the electronic circuit, the housing comprising an opening on a side of the housing and a switch on the side of the housing (110, 510, 610; and a magnet enclosed within the housing , the magnet affixed to the housing ; characterized in that the computer mouse further comprises: a magnetically active lever attached to the housing through the opening , wherein the magnetically active lever is configured to actuate the switch on the side of the housing to interact with the electronic circuit to provide input to a computing device; wherein an end of the magnetically active lever forms a mechanical interlock with the housing using the opening on the side of the housing ; wherein the end acts as a fulcrum of the magnetically active lever ; wherein the magnetically active lever applies a force to the switch on the side of the housing through a protrusion between two ends of the magnetically active lever . an electronic circuit configured to implement operations of the computer mouse ; a housing enclosing the electronic circuit, the housing comprising an opening on a side of the housing and a switch on the side of the housing (110, 510, 610; and a magnet enclosed within the housing , the magnet affixed to the housing ; characterized in that the computer mouse further comprises: a magnetically active lever attached to the housing through the opening , wherein the magnetically active lever is configured to actuate the switch on the side of the housing to interact with the electronic circuit to provide input to a computing device; wherein an end of the magnetically active lever forms a mechanical interlock with the housing using the opening on the side of the housing ; wherein the end acts as a fulcrum of the magnetically active lever ; wherein the magnetically active lever applies a force to the switch on the side of the housing through a protrusion between two ends of the magnetically active lever . a magnetically active lever attached to the housing through the opening , wherein the magnetically active lever is configured to actuate the switch on the side of the housing to interact with the electronic circuit to provide input to a computing device; wherein an end of the magnetically active lever forms a mechanical interlock with the housing using the opening on the side of the housing ; wherein the end acts as a fulcrum of the magnetically active lever ; wherein the magnetically active lever applies a force to the switch on the side of the housing through a protrusion between two ends of the magnetically active lever .
Electrostatically actuated device comprising at least one electrode chamber ; said at least one electrode chamber extending along a direction of extension (X) between a first electrode chamber end and a second electrode chamber end , wherein: - the first electrode chamber end comprises at least one first fluid channel emerging outwardly and configured to allow the passage of a fluid; - the second electrode chamber end comprises at least one second fluid channel emerging outwardly configured to allow the passage of a fluid; - the at least one electrode chamber comprises at least one lateral electrode extending laterally along the direction of extension (X); the at least one electrode chamber being adapted to receive a deformable electrode , said deformable electrode being configured to cooperate with the at least one lateral electrode such as to be actuated between at least a first position and a second position; said deformable electrode being configured to push reversely a volume of fluid through at least one channel chosen between the at least one first fluid channel , and the at least one second fluid channel when the deformable electrode is actuated between the at least first position and the second position ; characterised in that the at least one lateral electrode comprises a printed circuit board. - the first electrode chamber end comprises at least one first fluid channel emerging outwardly and configured to allow the passage of a fluid; - the second electrode chamber end comprises at least one second fluid channel emerging outwardly configured to allow the passage of a fluid; - the at least one electrode chamber comprises at least one lateral electrode extending laterally along the direction of extension (X); the at least one electrode chamber being adapted to receive a deformable electrode , said deformable electrode being configured to cooperate with the at least one lateral electrode such as to be actuated between at least a first position and a second position; said deformable electrode being configured to push reversely a volume of fluid through at least one channel chosen between the at least one first fluid channel , and the at least one second fluid channel when the deformable electrode is actuated between the at least first position and the second position ; characterised in that the at least one lateral electrode comprises a printed circuit board.
Compositions comprising A) from 40 to 80 parts by weight of aromatic polycarbonate or polyester carbonate, B) from 10 to 40 parts by weight of rubber-free vinyl copolymer, C) from 5 to 20 parts by weight of organically surface-modified chopped glass fibre, D) from 0 to 9 parts by weight of a graft polymer with an elastomeric graft base, E) from 0 to 20 parts by weight of additives, where the sum of the parts by weight of components A) to E) in the composition is standardized to 100, characterized in that (i) a size composed of an organic compound or a mixture of various organic compounds is used as surface-modification of the glass fibre at a concentration such that the carbon content of component C is from 0.2 to 2% by weight, (ii) the ratio of the integrated peak area of the FTIR spectrum in the wave number range from 2700 to 3000 cm -1 to the integrated peak area of the FTIR spectrum in the wave number range from 500 to 4000 cm -1 , in each case measured on the dichloromethane-extracted content of this size of component C, is from 0.20 to 0.70. A) from 40 to 80 parts by weight of aromatic polycarbonate or polyester carbonate, B) from 10 to 40 parts by weight of rubber-free vinyl copolymer, C) from 5 to 20 parts by weight of organically surface-modified chopped glass fibre, D) from 0 to 9 parts by weight of a graft polymer with an elastomeric graft base, E) from 0 to 20 parts by weight of additives, where the sum of the parts by weight of components A) to E) in the composition is standardized to 100, characterized in that (i) a size composed of an organic compound or a mixture of various organic compounds is used as surface-modification of the glass fibre at a concentration such that the carbon content of component C is from 0.2 to 2% by weight, (ii) the ratio of the integrated peak area of the FTIR spectrum in the wave number range from 2700 to 3000 cm -1 to the integrated peak area of the FTIR spectrum in the wave number range from 500 to 4000 cm -1 , in each case measured on the dichloromethane-extracted content of this size of component C, is from 0.20 to 0.70. (i) a size composed of an organic compound or a mixture of various organic compounds is used as surface-modification of the glass fibre at a concentration such that the carbon content of component C is from 0.2 to 2% by weight, (ii) the ratio of the integrated peak area of the FTIR spectrum in the wave number range from 2700 to 3000 cm -1 to the integrated peak area of the FTIR spectrum in the wave number range from 500 to 4000 cm -1 , in each case measured on the dichloromethane-extracted content of this size of component C, is from 0.20 to 0.70.
An apparatus for continuously conveying conveyable items, wherein the apparatus comprises: - a storage unit having at least a plurality, preferably a multiplicity, of storage tracks in which conveyable items are arranged; - a subsequent conveyor track to a subsequent device; and - a transfer device arranged between the storage unit and the subsequent conveyor track and configured so as to transfer conveyable items from a selected storage track of the storage unit to the subsequent conveyor track , and wherein the transfer device comprises: - a feed component configured so as to receive conveyable items from the selected storage track ; - a discharge component configured so as to discharge the conveyable items to the subsequent conveyor track ; - a transfer track configured so as to transfer the conveyable items from the feed component to the discharge component , characterized in that the discharge component is configured so as to be movable in relation to the subsequent conveyor track in such a way that, even when the selected storage track is changed, a continuous conveyance is possible, and wherein the discharge component is configured so as to move from a first position (x0) to a second position (x1) on the subsequent conveyor track after a change of the selected storage track , wherein the distance between the first position (x0) and the second position (x1) corresponds to the length of a gap, which has arisen due to the change of the storage track between a last piece of conveyable items from a previously selected storage track and a first piece of conveyable items from a subsequently selected storage track . - a storage unit having at least a plurality, preferably a multiplicity, of storage tracks in which conveyable items are arranged; - a subsequent conveyor track to a subsequent device; and - a transfer device arranged between the storage unit and the subsequent conveyor track and configured so as to transfer conveyable items from a selected storage track of the storage unit to the subsequent conveyor track , - a feed component configured so as to receive conveyable items from the selected storage track ; - a discharge component configured so as to discharge the conveyable items to the subsequent conveyor track ; - a transfer track configured so as to transfer the conveyable items from the feed component to the discharge component ,
A state determination device comprising a liquid pumping apparatus , said liquid pumping apparatus comprising: a casing that forms a reservoir space for storing liquid flowed thereto; a feed valve that introduces working gas into the reservoir space ; an exhaust valve that releases the working gas from the reservoir space ; and a valve operating mechanism having a float arranged in the reservoir space , and performing a pumping stroke in which the liquid is pumped from the reservoir space under a pressure of the working gas by opening the feed valve and closing the exhaust valve when the float moves up to a predetermined high level, and an inflow stroke in which the liquid flows into the reservoir space and the working gas is released from the reservoir space by closing the feed valve and opening the exhaust valve when the float moves down to a predetermined low level, wherein a first pressure sensor that detects a pressure of the reservoir space is provided, characterized in that the first pressure sensor communicates with a higher portion of the reservoir space and is configured to detect the pressure of the gaseous layer in the reservoir space , a second pressure sensor is provided that communicates with a lower portion of the reservoir space , and is configured to detect the pressure in the drain of the reservoir space , a determination unit is provided that determines whether the liquid pumping apparatus is in an operating state of performing the pumping stroke or the inflow stroke based on the pressure detected by the first pressure sensor and/or second pressure sensor . a casing that forms a reservoir space for storing liquid flowed thereto; a feed valve that introduces working gas into the reservoir space ; an exhaust valve that releases the working gas from the reservoir space ; and a valve operating mechanism having a float arranged in the reservoir space , and performing a pumping stroke in which the liquid is pumped from the reservoir space under a pressure of the working gas by opening the feed valve and closing the exhaust valve when the float moves up to a predetermined high level, and an inflow stroke in which the liquid flows into the reservoir space and the working gas is released from the reservoir space by closing the feed valve and opening the exhaust valve when the float moves down to a predetermined low level, wherein a first pressure sensor that detects a pressure of the reservoir space is provided, characterized in that the first pressure sensor communicates with a higher portion of the reservoir space and is configured to detect the pressure of the gaseous layer in the reservoir space , a second pressure sensor is provided that communicates with a lower portion of the reservoir space , and is configured to detect the pressure in the drain of the reservoir space , a determination unit is provided that determines whether the liquid pumping apparatus is in an operating state of performing the pumping stroke or the inflow stroke based on the pressure detected by the first pressure sensor and/or second pressure sensor .
A memory storing instructions, which when the instructions are executed by one or more processors cause the one or more processors to execute a method comprising: acquiring a data set of clamping torque as a function of tip deflection for a clamping instrument , the clamping torque being applied to the clamping instrument by a motor assembly ; determining a torque limit specific to the clamping instrument from the data set so as to prevent excessive tip separation during clamping, the torque limit corresponding to a limit on current provided to one or more motors used to actuate the clamping instrument ; storing the torque limit in the clamping instrument; and operating the clamping instrument based on the torque limit. acquiring a data set of clamping torque as a function of tip deflection for a clamping instrument , the clamping torque being applied to the clamping instrument by a motor assembly ; determining a torque limit specific to the clamping instrument from the data set so as to prevent excessive tip separation during clamping, the torque limit corresponding to a limit on current provided to one or more motors used to actuate the clamping instrument ; storing the torque limit in the clamping instrument; and operating the clamping instrument based on the torque limit.
A method for fabricating a semiconductor device, comprising: forming a magnetic tunneling junction, MTJ, on a substrate ; forming a spin orbit torque, SOT, layer on the MTJ ; forming a spacer adjacent to the MTJ and the SOT layer ; forming an inter-metal dielectric, IMD, layer around the MTJ and the SOT layer and around the spacer ; wherein the method is characterized by : forming a first hard mask on the IMD layer ; forming a semiconductor layer on the first hard mask ; forming a second hard mask on the semiconductor layer , wherein the second hard mask comprises a dielectric layer; patterning the semiconductor layer ; using the second hard mask to pattern the first hard mask ; removing the second hard mask ; and removing the semiconductor layer . forming a magnetic tunneling junction, MTJ, on a substrate ; forming a spin orbit torque, SOT, layer on the MTJ ; forming a spacer adjacent to the MTJ and the SOT layer ; forming an inter-metal dielectric, IMD, layer around the MTJ and the SOT layer and around the spacer ; wherein the method is characterized by : forming a first hard mask on the IMD layer ; forming a semiconductor layer on the first hard mask ; forming a second hard mask on the semiconductor layer , wherein the second hard mask comprises a dielectric layer; patterning the semiconductor layer ; using the second hard mask to pattern the first hard mask ; removing the second hard mask ; and removing the semiconductor layer . forming a first hard mask on the IMD layer ; forming a semiconductor layer on the first hard mask ; forming a second hard mask on the semiconductor layer , wherein the second hard mask comprises a dielectric layer; patterning the semiconductor layer ; using the second hard mask to pattern the first hard mask ; removing the second hard mask ; and removing the semiconductor layer .
A detachable cap for measuring usage of an inhaler , comprising: a hollow receiving portion adapted to removably receive the inhaler ; a vent formed in a roof portion of the cap to allow airflow through the cap to the inhaler ; an extension portion for containing electronic components; an electronic circuit provided in the extension portion , the electronic circuit including a controller coupled to a storage device and a power source ; and characterized by a pressure sensor placed below and adjacent to the vent , the pressure sensor communicatively coupled to the controller and configured to detect an internal air pressure, the pressure sensor including a pressure sensor port , wherein the pressure sensor port is placed outside the cap to detect an ambient air pressure, wherein the controller is programmed to: calculate an air flow rate through the cap based on a pressure difference between the detected ambient air pressure and the detected internal air pressure; and store the calculated air flow rate in the storage device . a hollow receiving portion adapted to removably receive the inhaler ; a vent formed in a roof portion of the cap to allow airflow through the cap to the inhaler ; an extension portion for containing electronic components; an electronic circuit provided in the extension portion , the electronic circuit including a controller coupled to a storage device and a power source ; and characterized by a pressure sensor placed below and adjacent to the vent , the pressure sensor communicatively coupled to the controller and configured to detect an internal air pressure, the pressure sensor including a pressure sensor port , wherein the pressure sensor port is placed outside the cap to detect an ambient air pressure, wherein the controller is programmed to: calculate an air flow rate through the cap based on a pressure difference between the detected ambient air pressure and the detected internal air pressure; and store the calculated air flow rate in the storage device .