mhurhangee/ep-ind-claims huggingface dataset:
Screen system for positioning a screen, in particular a screen blind, for a window in a wall, comprising a screen and adjusting means for adjusting the screen longitudinally between a position adapted to leave the window clear and a position at least substantially wholly adapted to screen the window, and comprising on either longitudinal side of the screen a guide profile (10,20) which comprises a guide track through which the screen is longitudinally guidable for adjustment thereof, wherein the guide profiles each contain on a side facing toward the wall an attaching part for an attachment against the wall and on a side facing away from said wall an edge part extending laterally relative to the attaching part away from said window while leaving a space with respect to said wall, characterized in that the guide profiles (10, 20) are provided with a light source between the wall and the edge part.
Detection device suitable for detecting an object in a detection area of an automotive vehicle by measuring the capacitance variation of said detection device caused by the presence of an object in the detection area, said device comprising at least a pair (4, 6, 8) of sensor pads, each sensor pad being adapted to transmit or to receive an electric field, and means for measuring the coupling capacitance between the pads, characterized in that each sensor pad is adapted to measure the impedance variation of said pad in order to determine the presence of an object in the detection area, each sensor pad being driven by a driven rail impedance measuring system comprising an inverter, an oscillator, a power supply rail driver with two DC voltage offset follower amplifier outputs for the power supply rails of the inverter and switches (48, 50, 52), said driven rail impedance measuring system being adapted to change the sensor pad function from electric field transmitter to electric field receiver or impedance measurer, using said switches (48,50,52), by turning on and off the oscillator drive to the input of the power supply rail driver of the inverter.
An electronic device comprising: a power management module; a communication processor; and at least one processor operably connected to the communication processor, wherein the at least one processor is configured to: identify a modulation order used for communication with an external device, in a case that communication with the external device is performed using a wireless resource, and configure, based on the modulation order, a voltage conversion mode of the power management module that supplies power to the communication processor to a pulse frequency modulation mode or a pulse width modulation mode. a power management module; a communication processor; and at least one processor operably connected to the communication processor, wherein the at least one processor is configured to: identify a modulation order used for communication with an external device, in a case that communication with the external device is performed using a wireless resource, and configure, based on the modulation order, a voltage conversion mode of the power management module that supplies power to the communication processor to a pulse frequency modulation mode or a pulse width modulation mode. identify a modulation order used for communication with an external device, in a case that communication with the external device is performed using a wireless resource, and configure, based on the modulation order, a voltage conversion mode of the power management module that supplies power to the communication processor to a pulse frequency modulation mode or a pulse width modulation mode.
A cellular rotary valve (101..107), comprising - a housing (2, 4) having an inlet and an outlet, - a cellular wheel mounted in the housing such that it is able to rotate and having a plurality of cells, and - a drive unit for the cellular wheel, characterised in that a control/regulating system, which is connected to the drive unit and configured to allow the drive unit, when it detects a switch-off command or the cessation of a switch-on command, to continue to run until the cellular wheel has reached a position that is or can be pre-set with regard to a relative angle (α) between a cell of the cellular wheel and the inlet /outlet. - a housing (2, 4) having an inlet and an outlet, - a cellular wheel mounted in the housing such that it is able to rotate and having a plurality of cells, and - a drive unit for the cellular wheel,
Method for creating a printed product in accordance with a print job, wherein the print job comprises at least one reference object, which may itself comprise at least one basic object, wherein at least one job file is provided, the job file comprising input variables assigned to the basic objects and/or to the reference objects and describing desired characteristics of the reference objects and/or basic objects, wherein the reference object is either a print sheet that has multiple pages as basic objects or a single page that comprises multiple document parts, wherein the desired characteristics of the basic objects or reference objects are a specific format of a page or of an entire print sheet, a desired weight of the print sheet or of the page comprised therein or a coloured image on a print page, wherein the rest of the print sheet comprised on the page is printed in black and white, characterized in that sets of rules (400, 403) including at least two rules (R1, R2, R3, R4) are provided, that the at least two rules (R1, R2, R3, R4) assign the reference objects to lists (L1, L2, L3, L4, L5, L6), for which purpose, based on a true/untrue relation, they asses at least one input variable of the reference objects and/or of the basic objects comprised therein, that at least two rules (R1, R2, R3, R4) are successively processed, with every subsequent rule (R1, R2, R3, R4) assessing the input variables of the reference objects that have been assigned to a specific list (L1, L2, L3, L4, L5, L6) by the previous rules (R1, R2, R3, R4) and, in accordance with the assessment, assigning the reference objects to further lists (L1, L2 L3, L4, L5, L6) in a splitting way, wherein the last lists (L3, L4, L5, L6) that were split in accordance with the sets of rules (400, 403) are assigned sets of output variables based on which the printed product is created, wherein output variables correspond to potential output devices and/or potential printing materials.
A cooking vessel for an induction cooking hob, wherein: - the cooking vessel comprises an outer container, - the cooking vessel comprises at least one receiving coil, - the cooking vessel comprises at least one electric heating element connected to the receiving coil, and - the receiving coil is adapted for transferring a magnetic field from an induction coil of an induction cooking hob to an alternating current, characterised in that - the cooking vessel comprises an inner container, - the cooking vessel comprises at least one thermostat connected to the receiving coil and to the electric heating element, - the thermostat is arranged beneath the bottom wall of the inner container, and - the thermostat disconnects the electric heating element from the receiving coil, if the temperature at the bottom wall of the inner container exceeds a temperature threshold value. - the cooking vessel comprises an outer container, - the cooking vessel comprises at least one receiving coil, - the cooking vessel comprises at least one electric heating element connected to the receiving coil, and - the receiving coil is adapted for transferring a magnetic field from an induction coil of an induction cooking hob to an alternating current, characterised in that - the cooking vessel comprises an inner container, - the cooking vessel comprises at least one thermostat connected to the receiving coil and to the electric heating element, - the thermostat is arranged beneath the bottom wall of the inner container, and - the thermostat disconnects the electric heating element from the receiving coil, if the temperature at the bottom wall of the inner container exceeds a temperature threshold value.
A clot-activated polymer composition comprising a mixture of platelet-rich plasma, chitosan, a mineral or organic acid, the inorganic salt NaCl, and a clot activator; wherein said PRP is the sole blood-derived product in the clot-activated polymer composition; and wherein the clot activator is a CaCl 2 solution, wherein the concentration of CaCl 2 is between 1.3 % w/w to 3% w/w; wherein the chitosan, the acid, and the salt allow the PRP to be activated by the clot activator to form a platelet gel or a platelet clot; wherein the polymer composition has a pH between 6.2 and 6.8 and is prepared with a solution of chitosan having an osmolality between 250 mOsm/kg and 600 mOsm/kg; and wherein the clot-activated polymer composition does not comprise glycerol phosphate.
A process for preparing a laminated molded part from a component and a laminating sheet, comprising: - applying an adhesive to the surface of the laminating sheet and/or of the component; - joining the component and the laminating sheet in such a way that the layer of the adhesive applied in a grid-like manner is arranged between the laminating sheet and the component; and - bonding the laminating sheet with the component by extracting the air present between the component and the sheet through the channels by applying a reduced pressure, wherein said process is characterized in that - the applying of an adhesive to the surface of the laminating sheet and/or of the component is effected in a grid-like manner, and channels are formed on the surface from the grid-like application of the adhesive; and - said adhesive is a hot-melt adhesive that has a Brookfield viscosity of from 50 to 1,000,000 mPa·s at a processing temperature of from 90 °C to 200 °C. - applying an adhesive to the surface of the laminating sheet and/or of the component; - joining the component and the laminating sheet in such a way that the layer of the adhesive applied in a grid-like manner is arranged between the laminating sheet and the component; and - bonding the laminating sheet with the component by extracting the air present between the component and the sheet through the channels by applying a reduced pressure, wherein said process is characterized in that - the applying of an adhesive to the surface of the laminating sheet and/or of the component is effected in a grid-like manner, and channels are formed on the surface from the grid-like application of the adhesive; and - said adhesive is a hot-melt adhesive that has a Brookfield viscosity of from 50 to 1,000,000 mPa·s at a processing temperature of from 90 °C to 200 °C.
A handheld device, comprising: a reservoir configured to store a fluid topical composition and to dispense a pressurized flow of the composition; wherein the reservoir comprises the fluid topical composition for applying to a keratinous surface; wherein the composition is a suspension comprising particulate materials; an accumulator including an expandable chamber in fluidly communication with the reservoir, the expandable chamber being biased towards a deflated configuration so that, when filled with the composition the chamber expands against this bias applying pressure to the composition stored therein; a supply valve between the reservoir and the accumulator regulating the flow of the composition from the reservoir to the accumulator; a pressure sensor generating pressure data corresponding to a pressure of the composition in the accumulator; a processing arrangement receiving the pressure data from the pressure sensor, analyzing the pressure data to determine whether the pressure in the accumulator is above a predetermined threshold value and controlling the supply valve to maintain the pressure of the accumulator within a range between the predetermined threshold value and a predetermined ceiling value; and a deposition arrangement fluidly connected to an outlet of the accumulator and configured to dispense the composition from the accumulator under control of the processing arrangement as a pressurized spray of droplets that forms a thin layer of coverage on the keratinous surface, wherein the pressurized spray is propelled by the pressure from the accumulator. a reservoir configured to store a fluid topical composition and to dispense a pressurized flow of the composition; wherein the reservoir comprises the fluid topical composition for applying to a keratinous surface; wherein the composition is a suspension comprising particulate materials; an accumulator including an expandable chamber in fluidly communication with the reservoir, the expandable chamber being biased towards a deflated configuration so that, when filled with the composition the chamber expands against this bias applying pressure to the composition stored therein; a supply valve between the reservoir and the accumulator regulating the flow of the composition from the reservoir to the accumulator; a pressure sensor generating pressure data corresponding to a pressure of the composition in the accumulator; a processing arrangement receiving the pressure data from the pressure sensor, analyzing the pressure data to determine whether the pressure in the accumulator is above a predetermined threshold value and controlling the supply valve to maintain the pressure of the accumulator within a range between the predetermined threshold value and a predetermined ceiling value; and a deposition arrangement fluidly connected to an outlet of the accumulator and configured to dispense the composition from the accumulator under control of the processing arrangement as a pressurized spray of droplets that forms a thin layer of coverage on the keratinous surface, wherein the pressurized spray is propelled by the pressure from the accumulator.
Fastening device for fastening a boot to a sliding board, comprising: - a base intended to be fastened to a sliding board and to surround, at least partially, a sole and lateral sides of a boot, - at least one lever (201, 301) that can move relative to the base, characterized in that the lever can interact with a retention element (44A, 44B) connected to a boot, the lever (201, 301) being able to move between a first retention position and a second clamping position, the lever being able to retain the boot in the base when it is in its first position, the lever being able to transmit a downward force on the retention element when it is in its second position, characterized in that the lever (201, 301) comprises a gripping element for moving the lever from its first position into its second position in the direction of clamping. - a base intended to be fastened to a sliding board and to surround, at least partially, a sole and lateral sides of a boot, - at least one lever (201, 301) that can move relative to the base,
A system for deploying a network of nodes (101, 116) in an area of interest, the system comprising a processing resource in communication with a non-transitory computer-readable medium, wherein the computer-readable medium contains a set of instructions and wherein the processing resource is designed to execute the instructions to: determine the area of interest for node (101, 116) deployment; create a bounding box for the area of interest, wherein the bounding box is a rectangle of a minimum area that encloses the area of interest; fill the bounding box with a node deployment grid; determine whether a node (101, 116) in the node deployment grid is an essential node or an enhancement node, wherein an essential node is a node (101, 116) located within a boundary of the area of interest and an enhancement node is a node (101, 116) located outside of the boundary of the area of interest 102 that provides coverage to a portion of the area of interest remove the enhancement node when it provides duplicate coverage to each portion of the area of interest that is provided coverage by the enhancement node; and connect at least one of the essential node and the enhancement node to a node (101, 116) in the node deployment grid when they are disconnected from nodes (101, 116) in the node deployment grid with a minimum spanning tree. determine the area of interest for node (101, 116) deployment; create a bounding box for the area of interest, wherein the bounding box is a rectangle of a minimum area that encloses the area of interest; fill the bounding box with a node deployment grid; determine whether a node (101, 116) in the node deployment grid is an essential node or an enhancement node, wherein an essential node is a node (101, 116) located within a boundary of the area of interest and an enhancement node is a node (101, 116) located outside of the boundary of the area of interest 102 that provides coverage to a portion of the area of interest remove the enhancement node when it provides duplicate coverage to each portion of the area of interest that is provided coverage by the enhancement node; and connect at least one of the essential node and the enhancement node to a node (101, 116) in the node deployment grid when they are disconnected from nodes (101, 116) in the node deployment grid with a minimum spanning tree.
Cutting tool for a hand-held machine tool or as a constituent of a hand-held machine tool, wherein the hand-held machine tool has a drive assembly for driving the cutting tool provided for cutting into a workpiece along a work direction, wherein the cutting tool has a support part which is or can be connected to the drive assembly of the hand-held machine tool using connection means, which support part has an elongate shape and extends along a longitudinal axis, wherein a cutting element of the cutting tool which can be driven by the drive assembly of the hand-held machine tool is housed on a linear guide of the support part, wherein the drivable cutting element and the support part each have a cutting edge (51, 71) which are arranged directly next to one another and extend parallel to the longitudinal axis of the support part, wherein the cutting edge of the support part is stationary during a cutting process of the cutting tool and the cutting edge of the movable cutting element can be driven to carry out an oscillating linear movement by the drive assembly and moves back and forth adjacent to the stationary cutting edge, characterised in that the cutting tool has adjusting means for adjusting a relative position of the cutting edge which is stationary in respect of the support part and of the cutting edge of the cutting element which can be driven by the drive assembly.
A method for the removal of substances comprising lubricating oils or similar organic substances from a solid matrix constituted by swarf from machining operations with carbon dioxide in which the substances are soluble, comprising the steps of: - washing the solid matrix with carbon dioxide in liquid phase in a container (23, 24), so as to obtain a solution formed by the carbon dioxide with the substances dissolved therein, - expanding the solution through an expansion valve followed by heating it in a heat exchanger so as to evaporate the carbon dioxide and separate it from the substances dissolved therein in a separator, - compressing the evaporated carbon dioxide through a compressor and cooling it to bring it back to the initial liquid phase, wherein at least some of the heat supplied to heat the solution and some of the heat removed by cooling the carbon dioxide after compression are obtained by providing for a heat exchange between the respective stages of the cycle, wherein the step of the separation of the substances dissolved in the carbon dioxide is carried out with a cyclone separator, after the exchange of heat for heating the solution. - washing the solid matrix with carbon dioxide in liquid phase in a container (23, 24), so as to obtain a solution formed by the carbon dioxide with the substances dissolved therein, - expanding the solution through an expansion valve followed by heating it in a heat exchanger so as to evaporate the carbon dioxide and separate it from the substances dissolved therein in a separator, - compressing the evaporated carbon dioxide through a compressor and cooling it to bring it back to the initial liquid phase,
A bearing member (41,141,341) configured to be arranged in an end portion of a columnar rotary body (35, 524), wherein a shaft member is attachable to the bearing member (41,141,341), the shaft member including a spherical proximal end portion, the bearing member (41,141,341) comprising: a body (45, 145,345) that includes a cylindrical body and a holding portion (50, 150,350) which is arranged inside the cylindrical body; wherein a concave portion is formed in an axis portion of the holding portion (50,150,350) surrounded by projections (50a,150a,350a), the spherical proximal end portion being configured to be arranged in said concave portion; and a rotatable intermediate member (60, 160, 260) that is held by the holding portion (50, 150,250) of the body (45, 145,345), wherein the holding portion (50, 150,350) includes an intermediate member guide (51, 52, 53, 54, 151, 152,351,352) which is arranged to guide the intermediate member (60, 160, 260) so that the intermediate member (60, 160, 260) is rotatable, and the intermediate member (60, 160, 260) includes a portion in which the spherical proximal end portion of the shaft member is to be arranged; wherein the intermediate member guide (51, 52, 53, 54, 151, 152,351,352) is a guide groove between adjacent projections (50a,150a,350a) into which an outer peripheral portion of the intermediate member (60, 160, 260) is inserted, wherein the guide groove is arranged to slide and guide the outer peripheral portion. a body (45, 145,345) that includes a cylindrical body and a holding portion (50, 150,350) which is arranged inside the cylindrical body; wherein a concave portion is formed in an axis portion of the holding portion (50,150,350) surrounded by projections (50a,150a,350a), the spherical proximal end portion being configured to be arranged in said concave portion; and a rotatable intermediate member (60, 160, 260) that is held by the holding portion (50, 150,250) of the body (45, 145,345), wherein the holding portion (50, 150,350) includes an intermediate member guide (51, 52, 53, 54, 151, 152,351,352) which is arranged to guide the intermediate member (60, 160, 260) so that the intermediate member (60, 160, 260) is rotatable, and the intermediate member (60, 160, 260) includes a portion in which the spherical proximal end portion of the shaft member is to be arranged; wherein the intermediate member guide (51, 52, 53, 54, 151, 152,351,352) is a guide groove between adjacent projections (50a,150a,350a) into which an outer peripheral portion of the intermediate member (60, 160, 260) is inserted, wherein the guide groove is arranged to slide and guide the outer peripheral portion.