mhurhangee/ep-ind-claims huggingface dataset:
An antenna control device to control a plurality of antennas (11 1 to 11 5) used for communicating with a mobile station that moves along a predetermined path in a radio communication system that includes a plurality of linear cells, each of which is formed by the antennas (11 1 to 11 5) and in each of which each of the antennas (11 1 to 11 5) sets a directionality in a same direction as a path of the mobile station and transmits an identical signal at an identical frequency, and that has two frequencies recurrently allocated in such a manner that adjacent linear cells use different frequencies for transmission, wherein the antenna control device is configured to calculate, for each of the plurality of antennas (11 1 to 11 5), a distance from a position of each antenna to a boundary to a linear cell adjacent thereto, and determine a power of a radio signal to be transmitted from each antenna to become equal to or lower than a specific value at the boundary to the adjacent linear cell on a basis of the calculated distance, and the antenna control device is configured to adjust, in each of the linear cells, power distribution to each of the antennas (11 1 to 11 5) that form a first linear cell so as to be gradually decreased with distance in a direction of antenna directionality of each of the antennas (11 1 to 11 5) to a position of the boundary to the adjacent linear cell, which is a second linear cell, so that the minimum value of a signal-to-interference power ratio of a third linear cell that uses an identical frequency to the first linear cell is improved compared to a case where the same total transmission power transmitted from the plurality of the antennas of the antenna control device is uniformly distributed to each of the antennas. the antenna control device is configured to calculate, for each of the plurality of antennas (11 1 to 11 5), a distance from a position of each antenna to a boundary to a linear cell adjacent thereto, and determine a power of a radio signal to be transmitted from each antenna to become equal to or lower than a specific value at the boundary to the adjacent linear cell on a basis of the calculated distance, and the antenna control device is configured to adjust, in each of the linear cells, power distribution to each of the antennas (11 1 to 11 5) that form a first linear cell so as to be gradually decreased with distance in a direction of antenna directionality of each of the antennas (11 1 to 11 5) to a position of the boundary to the adjacent linear cell, which is a second linear cell, so that the minimum value of a signal-to-interference power ratio of a third linear cell that uses an identical frequency to the first linear cell is improved compared to a case where the same total transmission power transmitted from the plurality of the antennas of the antenna control device is uniformly distributed to each of the antennas.
Joining component for axial joining to a workpiece, having a base body composed of thermoplastic material which has a holding section and a flange section, with a part of a joining surface being formed on the flange section, and having a metal section which can be heated inductively, wherein the metal section is integrated in the flange section, characterized in that the metal section has an axial aperture, wherein the flange section is axially recessed by an offset value with respect to the joining surface in the area of the axial aperture, wherein the metal section is integrated in the flange section in such a manner that the joining surface is formed by a surface section of the metal section and by a surface section of the flange section,and wherein the surface section of the flange section is a surface section of a rim which surrounds the metal section and which is designed so as to melt when the metal section is heated, and to form, on solidification, a bead around the metal section, such that the metal section is completely surrounded by the flange section and the workpiece.
A pool cleaning apparatus comprising: a first filter (30; 210); a first impeller; a first pump motor arranged to rotate the first impeller; a driving unit (16, 16') arranged to move the pool cleaning apparatus robot; a wall (40; 216) and an external housing that comprises a first inlet and a first outlet; characterized in that it further comprises a spiral guide; wherein the spiral guide is coupled to at least one out of an inner surface of the first filter (30; 210) and the wall (40; 216); wherein the first filter (30; 210), the spiral guide, and the wall (40; 216) define a first space that has a spiral portion; wherein the first impeller is arranged to rotate along a first rotational direction; wherein rotation of the first impeller along a first rotational direction causes fluid to be drawn through the first inlet and to follow a spiral path within the first space during which the fluid is filtered by the first filter (30; 210) to provide first filtered fluid that exits through the first outlet of the housing. a first filter (30; 210); a first impeller; a first pump motor arranged to rotate the first impeller; a driving unit (16, 16') arranged to move the pool cleaning apparatus robot; a wall (40; 216) and an external housing that comprises a first inlet and a first outlet; characterized in that it further comprises a spiral guide; wherein the spiral guide is coupled to at least one out of an inner surface of the first filter (30; 210) and the wall (40; 216); wherein the first filter (30; 210), the spiral guide, and the wall (40; 216) define a first space that has a spiral portion; wherein the first impeller is arranged to rotate along a first rotational direction; wherein rotation of the first impeller along a first rotational direction causes fluid to be drawn through the first inlet and to follow a spiral path within the first space during which the fluid is filtered by the first filter (30; 210) to provide first filtered fluid that exits through the first outlet of the housing.
Pressure control circuit of a tire, configured to be used on board of a vehicle, the pressure control circuit comprising: - pneumatic connection means to a source of compressed air, - a control system designed to control a flow of compressed air from the pneumatic connection means towards the tire, - a proximal valve group operatively connected with the tire, - a single line, exclusively pneumatic, operatively connecting said control system with said proximal valve group, wherein the control system is arranged to pressurize said single line to + a first pressure (I_P) of inflation, and + a second pressure (A_P) of actuation, greater than the first pressure of inflation (I_P), and wherein the proximal valve group is configured to allow + the inflation of the tire when the control system applies the first pressure and + deflation of the tire when the control system applies the second pressure, disconnecting the tire from the single line and connecting it with the external environment directly; the pressure control circuit is characterized in that said control system, when it does not pressurize the single line, is configured to maintain the single line with the external environment. - pneumatic connection means to a source of compressed air, - a control system designed to control a flow of compressed air from the pneumatic connection means towards the tire, - a proximal valve group operatively connected with the tire, - a single line, exclusively pneumatic, operatively connecting said control system with said proximal valve group, wherein the control system is arranged to pressurize said single line to + a first pressure (I_P) of inflation, and + a second pressure (A_P) of actuation, greater than the first pressure of inflation (I_P), and wherein the proximal valve group is configured to allow + the inflation of the tire when the control system applies the first pressure and + deflation of the tire when the control system applies the second pressure, disconnecting the tire from the single line and connecting it with the external environment directly; the pressure control circuit is characterized in that said control system, when it does not pressurize the single line, is configured to maintain the single line with the external environment. wherein the control system is arranged to pressurize said single line to + a first pressure (I_P) of inflation, and + a second pressure (A_P) of actuation, greater than the first pressure of inflation (I_P), and wherein the proximal valve group is configured to allow + the inflation of the tire when the control system applies the first pressure and + deflation of the tire when the control system applies the second pressure, disconnecting the tire from the single line and connecting it with the external environment directly; the pressure control circuit is characterized in that said control system, when it does not pressurize the single line, is configured to maintain the single line with the external environment.
A robot device comprising: detection means for detecting the acceleration and/or the rotation angular velocity by an acceleration sensor and/or a gyro sensor; storage means (22, 32) for storing, in time series, signals detected by the detection means as time series signals; calculation means for calculating specific information from the time series signals stored in the storage means (22, 32); recognition means for recognizing its own state from the specific information calculated by the calculation means; and output means for outputting an action based on its own state recognized by the recognition means, wherein if its own state recognized by the recognition means is a state of being lifted up, the output means stops the operation of a predetermined movable part which acts to the outside. detection means for detecting the acceleration and/or the rotation angular velocity by an acceleration sensor and/or a gyro sensor; storage means (22, 32) for storing, in time series, signals detected by the detection means as time series signals; calculation means for calculating specific information from the time series signals stored in the storage means (22, 32); recognition means for recognizing its own state from the specific information calculated by the calculation means; and output means for outputting an action based on its own state recognized by the recognition means, wherein if its own state recognized by the recognition means is a state of being lifted up, the output means stops the operation of a predetermined movable part which acts to the outside.
Hose arrangement for a water-carrying system for conveying drinking water in a drinking water-carrying system, wherein the hose assembly comprises a hose having a first hose end at which a first connector is formed, and having a second hose end opposite the first hose end at which a second connector is formed, the connecting pieces (4, 6) are configured for connecting the hose ends (3, 5) to a respective by complementarily designed connecting part of a consumer or a water supply, wherein the hose assembly comprises an adapter with a receptacle for the first hose end of the hose, wherein the first connector comprises the adapter or is at least partially formed by the adapter, wherein the hose assembly has a positive-locking section formed by the hose and a locking part separate from the hose and adapter, wherein the adapter is secured or securable against separation from the hose by forming a positive lock between the locking part and the positive-locking section, wherein at the second hose end of the hose, an attachment portion for connection to a consumer or a water supply is integrally formed with the hose, and wherein the maximum pressure resistance of the hose assembly is at least 50 bar. wherein the hose assembly comprises a hose having a first hose end at which a first connector is formed, and having a second hose end opposite the first hose end at which a second connector is formed, the connecting pieces (4, 6) are configured for connecting the hose ends (3, 5) to a respective by complementarily designed connecting part of a consumer or a water supply, wherein the hose assembly comprises an adapter with a receptacle for the first hose end of the hose, wherein the first connector comprises the adapter or is at least partially formed by the adapter, wherein the hose assembly has a positive-locking section formed by the hose and a locking part separate from the hose and adapter, wherein the adapter is secured or securable against separation from the hose by forming a positive lock between the locking part and the positive-locking section, wherein at the second hose end of the hose, an attachment portion for connection to a consumer or a water supply is integrally formed with the hose, and wherein the maximum pressure resistance of the hose assembly is at least 50 bar.
Use of an effective amount of urease inhibitor in an absorbent article to maintain the pH of the wearer's skin in a range of 4.0 to 6.0 according to the Urease Activity test method set out herein, wherein the absorbent article comprises a liquid permeable topsheet, a liquid impermeable backsheet and an absorbent core provided between the topsheet and the backsheet, wherein the urease inhibitor is provided between the topsheet and the absorbent core and/or is provided in the absorbent core; wherein the absorbent article has a longitudinal centerline and longitudinal dimension extending along the longitudinal centerline, and a transverse centerline perpendicular to the longitudinal centerline, the absorbent article comprising a front waist region with a front waist edge, a back waist region with a back waist edge, and a crotch region longitudinally extending between the front and back waist region, the absorbent article having a longitudinal dimension extending along the longitudinal centerline from the front waist edge to the rear waist edge, each region forming one third of the longitudinal dimension, and wherein the amount of the urease inhibitor is higher in the crotch region than in the back waist region. wherein the absorbent article has a longitudinal centerline and longitudinal dimension extending along the longitudinal centerline, and a transverse centerline perpendicular to the longitudinal centerline, the absorbent article comprising a front waist region with a front waist edge, a back waist region with a back waist edge, and a crotch region longitudinally extending between the front and back waist region, the absorbent article having a longitudinal dimension extending along the longitudinal centerline from the front waist edge to the rear waist edge, each region forming one third of the longitudinal dimension, and wherein the amount of the urease inhibitor is higher in the crotch region than in the back waist region.
Electrical circuit arrangement inserted in a signal path from a component with a lower voltage level to a component with a higher voltage level in a multi-voltage on-board electrical system with at least two different voltage levels and at least one signal path between components of the electrical system, characterized in, that the circuit arrangement comprises: a first switch, first and second resistors (R1,R2), a first current-mirror-circuit, and a first diode, whereby the first switch is arranged between a first contact of the first resistor and the ground of the lower voltage supply (BN12 GND) and its control input is connected with the input of the circuitry, whereby a second contact of the first resistor is connected with a control input of the first current-mirror-circuit, which is arranged between the positive pole of a control voltage of the low voltage system (BN12 +5V) and the positive pole of a first diode which is connected with its negative pole to a first contact of a second resistor which is connected to the ground of the higher voltage system (BN48 GND), the negative pole of the first diode D1 and the first contact of the second resistor R2 are connected to the output of the circuitry OUT 48.
An optical system having a connection bridge and at least two optical devices, which in each case have a coupling device with a mechanical coupling means, which are designed for a mechanical coupling device of the connection bridge, wherein the connecting bridge has a connecting device, which extends at least in sections between the coupling devices and connects the latter mechanically with each other, wherein the connecting bridge has electronic coupling means, which are arranged in such a way that the electronic coupling means establish an electronic contact between the connection bridge and the respective optical device, if a mechanical contact is established between the respective optical device and the connection bridge by means of the mechanical coupling means and wherein the connecting bridge has an evaluation device, which is connected electronically to the electronic coupling means and can exchange electronic signals with the latter, so that the optical devices are connected electronically with the evaluation device, and wherein a controller is provided, which is connected with the evaluation device electronically for the exchange of signals and depending on the signals from the evaluation device controls at least one of the optical devices, characterized in that the optical devices in each case have their own power supply and their own operating elements, and that upon activation of an operating element of an optical device, the corresponding function in another optical device is switched by means of the evaluation device and the control device.
An endoscope including a section of an elongated tube for entry in a body cavity, an end opening, disposed on a proximal side from said elongated tube, for receiving entry of a medical instrument, an instrument channel, formed to extend through said elongated tube from said end opening, for guiding said medical instrument toward said body cavity, and an end sleeve, disposed at a proximal end of said instrument channel to project in a sleeve form, and having said end opening inside, comprising a closure device comprising: a plug housing in a sleeve form for mounting on said end sleeve; a plug cap (31, 32), coupled to said plug housing removably, an access hole (31b, 32b), formed in said plug cap, for entry of said medical instrument; a sealing lip (44, 44a), disposed to project from an inner surface of said plug housing, and adapted to be pressed by said end sleeve, when the plug is mounted on the end sleeve, for preventing fluid in said instrument channel from leaking out of said plug housing; a slit opening, formed in said sealing lip, having a slit width reduced by pressure of said end sleeve to said sealing lip, for passing said medical instrument from said access hole in a leakage-free manner of said fluid, wherein said sealing lip has a larger diameter than the inner diameter of said end opening, when the plug is not mounted on the end sleeve. a plug housing in a sleeve form for mounting on said end sleeve; a plug cap (31, 32), coupled to said plug housing removably, an access hole (31b, 32b), formed in said plug cap, for entry of said medical instrument; a sealing lip (44, 44a), disposed to project from an inner surface of said plug housing, and adapted to be pressed by said end sleeve, when the plug is mounted on the end sleeve, for preventing fluid in said instrument channel from leaking out of said plug housing; a slit opening, formed in said sealing lip, having a slit width reduced by pressure of said end sleeve to said sealing lip, for passing said medical instrument from said access hole in a leakage-free manner of said fluid, wherein said sealing lip has a larger diameter than the inner diameter of said end opening, when the plug is not mounted on the end sleeve.
An aspirator for a vehicle air conditioner, comprising: a nozzle for aspirating secondary air; a main body that is provided so as to surround the outer circumference of the nozzle and that forms a scroll-shaped airflow path around the nozzle; a primary-air inflow path that tangentially communicates with the scroll-shaped airflow path; and a diffuser that is connected to an open end of the main body and has a throat portion at which a tip portion of the nozzle is disposed, wherein an inner wall of the primary-air inflow path, which communicates with the scroll-shaped airflow path, is offset outward from the center of the nozzle, characterized in that: the main body is integrally provided with a rib that extends from the inner wall of the primary-air inflow path to an outer circumferential surface of the nozzle and that partitions the scroll-shaped airflow path such that the entire flow of the primary air introduced from the primary-air inflow path to the main body can be guided in one direction with the rib to impart a one-way swirling flow to the primary air. a nozzle for aspirating secondary air; a main body that is provided so as to surround the outer circumference of the nozzle and that forms a scroll-shaped airflow path around the nozzle; a primary-air inflow path that tangentially communicates with the scroll-shaped airflow path; and a diffuser that is connected to an open end of the main body and has a throat portion at which a tip portion of the nozzle is disposed, wherein an inner wall of the primary-air inflow path, which communicates with the scroll-shaped airflow path, is offset outward from the center of the nozzle, characterized in that: the main body is integrally provided with a rib that extends from the inner wall of the primary-air inflow path to an outer circumferential surface of the nozzle and that partitions the scroll-shaped airflow path such that the entire flow of the primary air introduced from the primary-air inflow path to the main body can be guided in one direction with the rib to impart a one-way swirling flow to the primary air. the main body is integrally provided with a rib that extends from the inner wall of the primary-air inflow path to an outer circumferential surface of the nozzle and that partitions the scroll-shaped airflow path such that the entire flow of the primary air introduced from the primary-air inflow path to the main body can be guided in one direction with the rib to impart a one-way swirling flow to the primary air.