mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a data processing center for determining distance between a mobile electronic device and a sensor detecting the mobile electronic device , comprising: receiving a first set of one or more packets transmitted by the sensor that include data associated with a first signal of the mobile electronic device detected by the sensor , wherein the data includes a signal strength value of the first signal; characterised by receiving a second set of a plurality of packets transmitted by the sensor that include data associated with a plurality of second signals from a set of one or more access points in proximity to the sensor , wherein the data includes a signal strength value for each second signal; determining a variation of signal strength value for the second signals over a period of time; associating a relatively higher or lower distance between the sensor and the mobile electronic device with the relatively higher or lower signal strength of the mobile electronic device and adjusting the relatively higher or lower distance based on the variations of signal strength value for the second signals; and determining a distance value between the mobile electronic device and the sensor using the signal strength value of the first signal and the adjusted association between the relatively higher or lower distance and the relatively higher or lower signal strength. receiving a first set of one or more packets transmitted by the sensor that include data associated with a first signal of the mobile electronic device detected by the sensor , wherein the data includes a signal strength value of the first signal; characterised by receiving a second set of a plurality of packets transmitted by the sensor that include data associated with a plurality of second signals from a set of one or more access points in proximity to the sensor , wherein the data includes a signal strength value for each second signal; determining a variation of signal strength value for the second signals over a period of time; associating a relatively higher or lower distance between the sensor and the mobile electronic device with the relatively higher or lower signal strength of the mobile electronic device and adjusting the relatively higher or lower distance based on the variations of signal strength value for the second signals; and determining a distance value between the mobile electronic device and the sensor using the signal strength value of the first signal and the adjusted association between the relatively higher or lower distance and the relatively higher or lower signal strength.
X-ray apparatus , having a controller embodied for carrying out a method of image support for a person carrying out a minimally invasive procedure with an instrument in a procedure site of a patient, wherein one two-dimensional X-ray image respectively of the procedure site is recorded by means of the X-ray apparatus in at least two recording geometries implementing different projection directions and chosen specific to the procedure, in particular by the person, wherein the controller is embodied to reconstruct a three-dimensional model data set of the procedure site by iterative reconstruction from the X-ray images , wherein the controller is furthermore embodied to reproject at least one two-dimensional supporting image , which corresponds to one of the recording geometries, by incorporating at least one item of further information, in order to determine and display the model data set supplemented by the further information, and wherein the controller is configured to insert, as an item of further information, a three-dimensional instrument model into the model data set on the basis of a current item of position information of the instrument in the procedure site and to determine and display the projection of the instrument model into supporting images showing the recording geometries. wherein one two-dimensional X-ray image respectively of the procedure site is recorded by means of the X-ray apparatus in at least two recording geometries implementing different projection directions and chosen specific to the procedure, in particular by the person, wherein the controller is embodied to reconstruct a three-dimensional model data set of the procedure site by iterative reconstruction from the X-ray images , wherein the controller is furthermore embodied to reproject at least one two-dimensional supporting image , which corresponds to one of the recording geometries, by incorporating at least one item of further information, in order to determine and display the model data set supplemented by the further information, and wherein the controller is configured to insert, as an item of further information, a three-dimensional instrument model into the model data set on the basis of a current item of position information of the instrument in the procedure site and to determine and display the projection of the instrument model into supporting images showing the recording geometries.
A pump bearing retainer for a wet-running pump , wherein the pump bearing retainer comprises - a radially inner section , - a radial bearing with an inner sliding surface configured to allow a lubrication film between the inner sliding surface and a rotor shaft of a pump , the radial bearing being fitted into the radially inner section , and - a radially outer section extending radially outward from the inner section , wherein the radially inner section defines at least one first axial fluid channel for allowing a first fluid flow path (F1) in a first axial flow direction, wherein the at least one first axial fluid channel is located at a first radial distance (D1) to a rotor axis (R), wherein the first radial distance (D1) is larger than the radius (D0) of the inner sliding surface , wherein the radially outer section defines at least one second axial fluid channel for allowing a fluid flow path (F2) in a second axial flow direction through the at least one second axial fluid channel , wherein the at least one second axial fluid channel is located at a second radial distance (D2) to the rotor axis (R), wherein the second radial distance (D2) is larger than the first radial distance (D1), and wherein the second axial flow direction is opposite to the first axial flow direction, wherein each of the at least one second axial fluid channel is formed as an arc-shaped slot having an arc radius essentially equal to the second radial distance (D2). - a radially inner section , - a radial bearing with an inner sliding surface configured to allow a lubrication film between the inner sliding surface and a rotor shaft of a pump , the radial bearing being fitted into the radially inner section , and - a radially outer section extending radially outward from the inner section , wherein the radially inner section defines at least one first axial fluid channel for allowing a first fluid flow path (F1) in a first axial flow direction, wherein the at least one first axial fluid channel is located at a first radial distance (D1) to a rotor axis (R), wherein the first radial distance (D1) is larger than the radius (D0) of the inner sliding surface , wherein the radially outer section defines at least one second axial fluid channel for allowing a fluid flow path (F2) in a second axial flow direction through the at least one second axial fluid channel , wherein the at least one second axial fluid channel is located at a second radial distance (D2) to the rotor axis (R), wherein the second radial distance (D2) is larger than the first radial distance (D1), and wherein the second axial flow direction is opposite to the first axial flow direction, wherein each of the at least one second axial fluid channel is formed as an arc-shaped slot having an arc radius essentially equal to the second radial distance (D2).
A saddled vehicle comprising: an engine including an electronic throttle valve mechanism that drives an air intake throttle valve via an actuator , and a first control unit that controls the engine ; a control unit including the first control unit and a second control unit , wherein the first control unit comprises an engine braking controller configured to control the throttle valve so as to generate a force (Fc) that offsets engine braking of the engine when the vehicle is decelerated; a rear wheel brake configured to brake a rear wheel ; and a front wheel brake configured to brake a front wheel that is a driven wheel; wherein the second control unit comprises an automatic brake controller configured to perform automatic brake control to automatically increase a braking force of the front wheel brake and the rear wheel brake ; in the automatic brake control, the automatic brake controller brakes, prior to the front wheel brake , the rear wheel that is a drive wheel to be driven by the engine with the rear wheel brake ; and in case where it is determined that there is a possibility of collision of the saddled vehicle, the control unit is configured to control the throttle valve to start a process of generating the force (Fc) that offsets the engine braking prior to the start of the braking of the front wheel brake und during braking of the rear wheel brake , and then brakes the wheels through the automatic brake control in a state where the engine braking is offset and is constant. an engine including an electronic throttle valve mechanism that drives an air intake throttle valve via an actuator , and a first control unit that controls the engine ; a control unit including the first control unit and a second control unit , wherein the first control unit comprises an engine braking controller configured to control the throttle valve so as to generate a force (Fc) that offsets engine braking of the engine when the vehicle is decelerated; a rear wheel brake configured to brake a rear wheel ; and a front wheel brake configured to brake a front wheel that is a driven wheel; wherein the second control unit comprises an automatic brake controller configured to perform automatic brake control to automatically increase a braking force of the front wheel brake and the rear wheel brake ; in the automatic brake control, the automatic brake controller brakes, prior to the front wheel brake , the rear wheel that is a drive wheel to be driven by the engine with the rear wheel brake ; and in case where it is determined that there is a possibility of collision of the saddled vehicle, the control unit is configured to control the throttle valve to start a process of generating the force (Fc) that offsets the engine braking prior to the start of the braking of the front wheel brake und during braking of the rear wheel brake , and then brakes the wheels through the automatic brake control in a state where the engine braking is offset and is constant.
Test cell station for at least one electrochemical test cell , comprising a housing , at least one receptacle for contacting insertion of at least one electrochemical test cell and electrical connection means for electrical connection of a test cell inserted into the receptacle , wherein a thermally insulated temperature chamber with a controllable cooling/heating device for setting a temperature in the temperature chamber is integrated into the test cell station , wherein the receptacle is arranged in the test cell station in such a way that the corresponding receiving space for the electrochemical test cell is arranged within the temperature chamber , characterized in that a battery test device with a controllable potentiostat and/or galvanostat is integrated into the test cell station for each receptacle and the battery test device is arranged in the housing outside the temperature chamber , and the electrical connection means are guided through an intermediate wall in the housing .
Housing for a heating and/or climate control apparatus for vehicles, which housing has receiving space for at least one evaporator and/or heating heat exchanger , shaped in such a way that at least one evaporator and/or heating heat exchanger can be received depending on the type of heating and/or climate control apparatus , characterized in that two housing side covers of the housing which lie opposite one another have in each case at least one region which is prepared for opening by way of a pre-punched portion or portions or predetermined break point or break points, which is/are provided such that, in the case of an evaporator and/or heating heat exchanger which can be received in the housing , at least one connector can be guided selectively by way of the one or the other of the two housing side covers which lie opposite one another through the respective at least one region which is prepared for opening for this purpose.
A lifting table with automatic level adjustment , characterised in that it comprises: - a tray ; - a supporting structure comprising a first , second and third frame rail extending in a longitudinal direction (X), comprising first and second beams extending in a transverse direction (Y) and securing the first, second and third frame rails at the first and second longitudinal ends respectively, first and second openings being provided under the first beam between the first and second frame rails on the one hand and between the second and third frame rails on the other hand, third and fourth openings being provided under the second beam between the first and second frame rails on the one hand and between the second and third frame rails on the other hand, the first to fourth openings being configured to allow the insertion of a trolley fork; - a vertical spring comprising a first end contacting the tray and characterized in that said vertical spring also comprises a second end contacting the second frame rail and housed in the second frame rail, said second frame rail comprising a U-shaped section having an open upper face. - a tray ; - a supporting structure comprising a first , second and third frame rail extending in a longitudinal direction (X), comprising first and second beams extending in a transverse direction (Y) and securing the first, second and third frame rails at the first and second longitudinal ends respectively, first and second openings being provided under the first beam between the first and second frame rails on the one hand and between the second and third frame rails on the other hand, third and fourth openings being provided under the second beam between the first and second frame rails on the one hand and between the second and third frame rails on the other hand, the first to fourth openings being configured to allow the insertion of a trolley fork; - a vertical spring comprising a first end contacting the tray and characterized in that said vertical spring also comprises a second end contacting the second frame rail and housed in the second frame rail, said second frame rail comprising a U-shaped section having an open upper face.
A set of joinery fitting elements constituted by a. a warm mounting beam in the form of an elongated cuboid, in the central part of which at least one mounting anchor is permanently connected with it, whereby the ends of the warm mounting beam are constituted by locks , with slits and ridges , whereby the surface of the warm mounting beam is covered with first recesses , b. a ground beam , which is in the form of an elongated cuboid whose top surface is flat or possesses a ridge , whereas in the bottom part of the base there is a stabilising groove , c. an external window sill in the form of a prism whose top surface is inclined in relation to the base at the angle of 5° to 15°, whereby the base is equipped with a row of second recesses that are essentially parallel to each other, and d. an internal window sill in the form of a cuboid, whereby the bottom surface is equipped with a row of third recesses that are essentially parallel to each other, characterised in that the base of the ground beam possesses two side ridges , one on each side of the base, a side surface of the external window sill possesses a hollow in the bottom part, for fitting the joint with the first side ridge of the ground beam, and the side walls of the internal window sill possess chamfered ridges , the ridge of one side wall being for fitting the joint with the second side ridge of the ground beam. a. a warm mounting beam in the form of an elongated cuboid, in the central part of which at least one mounting anchor is permanently connected with it, whereby the ends of the warm mounting beam are constituted by locks , with slits and ridges , whereby the surface of the warm mounting beam is covered with first recesses , b. a ground beam , which is in the form of an elongated cuboid whose top surface is flat or possesses a ridge , whereas in the bottom part of the base there is a stabilising groove , c. an external window sill in the form of a prism whose top surface is inclined in relation to the base at the angle of 5° to 15°, whereby the base is equipped with a row of second recesses that are essentially parallel to each other, and d. an internal window sill in the form of a cuboid, whereby the bottom surface is equipped with a row of third recesses that are essentially parallel to each other,
Base module assembly for a heat pump , preferably a heat pump dryer , comprising a base module which is designed to form, at least in portions, a process air space to receive at least one evaporator of the heat pump , the base module having at least one condensate collection basin which is designed to receive condensate from the evaporator , and comprising an insert element which is arranged within the condensate collection basin and is designed to receive at least the evaporator from above, and the insert element being designed to supply condensate from the evaporator via a discharge opening to the condensate collection basin , characterised in that the insert element is formed from a foamed material, preferably from expanded polystyrene or polypropylene, the insert element having, on the lower face thereof, a plurality of integrally formed contact elements which stand on the base of the condensate collection basin , and in that the base module has at least one projection , and in that the insert element has at least one projection which underlaps the projection of the base module .
A method for pyrometallurgical concentration of platinum group metals from spent alumina-base catalysts, wherein the method uses iron as a collector and spent alumina-base catalysts as a recovery target, adopts a CaO-Al 2 O 3 -Fe 2 O 3 -B 2 O 3 slag system to smelt and collect platinum group metals under a partial pressure of oxygen, and finally obtains a Fe-PGMs alloy through iron slag-metal separation, wherein mass fractions of CaO, Al 2 O 3 , Fe 2 O and B 2 O 3 in the CaO-Al 2 O 3 -Fe 2 O 3 -B 2 O 3 slag system is 35-50 wt.%, 40-60 wt.%, 5-10 wt.%, 0-10 wt.%, respectively; a sum of the CaO, Al 2 O 3 , Fe 2 O 3 and B 2 O 3 is > 90%.
A sheet processing apparatus comprising: a sheet discharge means which discharges a sheet; a sheet stacking means which have an inclined sheet stacking surface on which the sheet discharged by the sheet discharge means is stacked; and a sheet processing means which processes the sheet; characterized by first and second gripping members which each grip the sheet at two positions being away from each other in a direction along the inclination of the sheet stacking surface , and are each movable in the direction along the inclination of the sheet stacking surface ; and a controlling portion which controls movement of the first and the second gripping members so as to adjust a position of the sheet gripped by the first and the second gripping members corresponding to the sheet processing means in the direction along the inclination of the sheet stacking surface . a sheet discharge means which discharges a sheet; a sheet stacking means which have an inclined sheet stacking surface on which the sheet discharged by the sheet discharge means is stacked; and a sheet processing means which processes the sheet; characterized by first and second gripping members which each grip the sheet at two positions being away from each other in a direction along the inclination of the sheet stacking surface , and are each movable in the direction along the inclination of the sheet stacking surface ; and a controlling portion which controls movement of the first and the second gripping members so as to adjust a position of the sheet gripped by the first and the second gripping members corresponding to the sheet processing means in the direction along the inclination of the sheet stacking surface .
A continuous spraying trigger dispenser having no metallic components, the dispenser comprising: a pump body defining a fluid flow path passing completely through the pump body, the pump body having a closure cap , a dispensing nozzle , and a pump chamber accommodating a movable piston ; a reservoir diaphragm attached to the pump body and positioned above the pump chamber, the reservoir diaphragm having an inlet to receive fluid from the pump chamber, an outlet connected to the dispensing nozzle, and a sidewall connected to at least one expandable, resilient panel that moves in response to fluid accumulation within the diaphragm and biasing force exerted on an outer surface of the panel; and a trigger pivotally connected to the pump body proximate to the pump chamber, the trigger having a driving member urging the piston to move within the pump chamber, thereby varying volume in a portion of the pump chamber connected to the fluid flow path so as to urge fluid along the fluid flow path; whereby fluid accumulating within the diaphragm is dispensable continuously according to at least one of the following: (i) for a period of time exceeding that required to actuate the trigger; and (ii) so that a maximum volume of fluid received within the portion of the pump chamber connected to the fluid flow path is less than a volume of the reservoir diaphragm when the panel is at least partially expanded, wherein the diaphragm comprises two shell members coupled together, with at least one shell member including said expandable resilient panel. a pump body defining a fluid flow path passing completely through the pump body, the pump body having a closure cap , a dispensing nozzle , and a pump chamber accommodating a movable piston ; a reservoir diaphragm attached to the pump body and positioned above the pump chamber, the reservoir diaphragm having an inlet to receive fluid from the pump chamber, an outlet connected to the dispensing nozzle, and a sidewall connected to at least one expandable, resilient panel that moves in response to fluid accumulation within the diaphragm and biasing force exerted on an outer surface of the panel; and a trigger pivotally connected to the pump body proximate to the pump chamber, the trigger having a driving member urging the piston to move within the pump chamber, thereby varying volume in a portion of the pump chamber connected to the fluid flow path so as to urge fluid along the fluid flow path; whereby fluid accumulating within the diaphragm is dispensable continuously according to at least one of the following: (i) for a period of time exceeding that required to actuate the trigger; and (ii) so that a maximum volume of fluid received within the portion of the pump chamber connected to the fluid flow path is less than a volume of the reservoir diaphragm when the panel is at least partially expanded, wherein the diaphragm comprises two shell members coupled together, with at least one shell member including said expandable resilient panel.