mhurhangee/ep-ind-claims huggingface dataset:
A method for stabilizing an aqueous dispersion [dispersion (D a comprising particles of a (semi)crystalline VDF-based polymer [polymer], said method comprising the following steps: providing said dispersion (D a); contacting said dispersion (D a) with at least one base so as to provide a VDF-based (semi)crystalline polymer aqueous dispersion [dispersion (D b)] having a pH equal to or higher than 6.5 and lower than 9.0; contacting said dispersion (D b) obtained in step with at least one non-ionic surfactant [compound] comprising a hydrogenated linear alkyl chain comprising from 6 to 15 carbon atoms and a (poly)alkoxylated group comprising 2 or 3 carbon atoms, so as to provide stabilized aqueous dispersion [dispersion (D F)]. providing said dispersion (D a); contacting said dispersion (D a) with at least one base so as to provide a VDF-based (semi)crystalline polymer aqueous dispersion [dispersion (D b)] having a pH equal to or higher than 6.5 and lower than 9.0; contacting said dispersion (D b) obtained in step with at least one non-ionic surfactant [compound] comprising a hydrogenated linear alkyl chain comprising from 6 to 15 carbon atoms and a (poly)alkoxylated group comprising 2 or 3 carbon atoms, so as to provide stabilized aqueous dispersion [dispersion (D F)].
Device for receiving banknotes, having a compartment for receiving a banknote bundle, having means for separating banknotes of the banknote bundle, having means for conveying separated banknotes of a banknote bundle, optionally with means for checking the singled banknotes of the banknote bundle, with means for counting the singled banknotes of the banknote bundle, with means for depositing the banknotes of a banknote bundle in a security container connected to the means for depositing, wherein the compartment for receiving a banknote bundle, the means for separating banknotes of the banknote bundle and the means for conveying separated banknotes of a banknote bundle are arranged in a first partial housing of the device, wherein the means for depositing banknotes of a banknote bundle and the security container are arranged in a second partial housing of the device, wherein upper edges of the receiving bag are suspended on both sides of the shaft opening in a suspension bracket of the security container fixed to the security container, and the shaft opening being connected to a vertical drive which, during the depositing of the banknotes in the part of the receiving bag arranged above the shaft opening, transports the shaft opening downwards in the security container along the receiving bag inserted therein, characterised in that the means for depositing the banknotes comprise a stacking wheel, a slot-shaped shaft opening connected to the stacking wheel and a receiving bag for the banknotes removably suspended in the slot-shaped shaft opening. wherein the compartment for receiving a banknote bundle, the means for separating banknotes of the banknote bundle and the means for conveying separated banknotes of a banknote bundle are arranged in a first partial housing of the device, wherein the means for depositing banknotes of a banknote bundle and the security container are arranged in a second partial housing of the device, wherein upper edges of the receiving bag are suspended on both sides of the shaft opening in a suspension bracket of the security container fixed to the security container, and the shaft opening being connected to a vertical drive which, during the depositing of the banknotes in the part of the receiving bag arranged above the shaft opening, transports the shaft opening downwards in the security container along the receiving bag inserted therein, characterised in that the means for depositing the banknotes comprise a stacking wheel, a slot-shaped shaft opening connected to the stacking wheel and a receiving bag for the banknotes removably suspended in the slot-shaped shaft opening.
A terminal for making an optical connection, comprising: a shell; at least one connection port disposed on the terminal with the at least one connection port comprising an optical connector opening extending from an outer surface of the terminal into a cavity of the terminal and defining at least one connection port passageway; at least one securing feature being disposed within the shell and associated with the at least one connection port passageway, wherein the at least one securing feature comprises a bore that is aligned with the at least one connection port passageway and a locking feature, wherein the locking feature projects from the bore; and at least one securing feature resilient member for biasing a portion of the at least one securing feature, characterized in that the locking feature height is between 3-8 millimeters and in that the at least one securing feature resilient member comprises a pre-load restoring force between 22.24 N [5 pounds force] and 53.38 N [12 pounds force]. a shell; at least one connection port disposed on the terminal with the at least one connection port comprising an optical connector opening extending from an outer surface of the terminal into a cavity of the terminal and defining at least one connection port passageway; at least one securing feature being disposed within the shell and associated with the at least one connection port passageway, wherein the at least one securing feature comprises a bore that is aligned with the at least one connection port passageway and a locking feature, wherein the locking feature projects from the bore; and at least one securing feature resilient member for biasing a portion of the at least one securing feature, characterized in that the locking feature height is between 3-8 millimeters and in that the at least one securing feature resilient member comprises a pre-load restoring force between 22.24 N [5 pounds force] and 53.38 N [12 pounds force].
A method of charging wireless peripheral devices within a conferencing system comprising: identifying, by a conference controller, a plurality of sets of peripheral devices (151-1, 151-n) in communication with the conference controller; wirelessly charging, by a wireless charging device included in the conference controller, the sets of peripheral devices based on a number of policies that define prioritization of charging of the sets of peripheral devices; receiving, at an input controller, a plurality of inputs from the plurality of the sets of peripheral devices; aligning, at the input controller, the inputs into a sequence of instructions associated with manipulation of a display device; and executing, at the input controller, the sequence of instructions synchronously such that the manipulation of the display device is observable as being simultaneous. identifying, by a conference controller, a plurality of sets of peripheral devices (151-1, 151-n) in communication with the conference controller; wirelessly charging, by a wireless charging device included in the conference controller, the sets of peripheral devices based on a number of policies that define prioritization of charging of the sets of peripheral devices; receiving, at an input controller, a plurality of inputs from the plurality of the sets of peripheral devices; aligning, at the input controller, the inputs into a sequence of instructions associated with manipulation of a display device; and executing, at the input controller, the sequence of instructions synchronously such that the manipulation of the display device is observable as being simultaneous.
Edge profile (181, 191) for connecting two plate-shaped or disk-shaped, frameless side elements (2', 2') of a container, which elements each have a tip at least on their ends facing the edge profile (181, 191), wherein an inner side of each side element (2', 2') forms an obtuse angle with the side of the tip abutting said element, wherein the edge profile (181, 191) has at least one first edge profile part and at least one second edge profile part which is mirror-symmetrical to the first, each cross section of which has a triangular outer portion having an outer portion hypotenuse, a first outer portion cathetus and a second outer portion cathetus, between which a right angle is formed, and has an inner portion, which is integrally formed with or securely connected to the outer portion, in the form of a right angle, wherein first inner portion catheta of the inner portions of both edge profile parts (183, 184) can rest firmly against a side of the tip of the respective side element (2', 2') and in the closed edge profile, in each case, second inner portion catheters of the inner portions of both edge profile parts (183, 184) are arranged on a straight line; the first outer portion catheta of the edge profile parts (183, 184) in the closed edge profile are parallel to one another, at a distance from one another, each of the edge profile parts (183, 184) in its respective outer portion having an incision in the respective outer portion cathetus which extends in parallel to the respective second outer portion cathetus, and the edge profile having a connecting and/or sealing unit (210, 220) being brought into the distance, which have the outer portion catheta from each other, wherein the connecting and/or sealing unit (210; 220) having connecting lugs (211; 212) cantilevering on both sides and being brought in both incisions, wherein the edge profile parts (113, 123; 114, 124; 123', 124', 183, 184) are connected with a hinge on the outer ends of their first outer portion catheta (118, 128, 188).
A packing method for producing a packet containing a group of heterogeneous articles; the packing method comprising the steps of: forming the group of articles in a group-forming pocket of a group-forming conveyor; transferring the group of articles from the group-forming pocket of the group-forming conveyor to a packing unit at a first transfer station; and folding a blank about the group of articles on the packing unit to form a container about and housing the group of articles; the packing method being characterized in that the step of forming the group of articles comprises the further steps of: feeding the group-forming pocket through a first feed station where a first article is inserted into the group-forming pocket; combining into a side by side position a second article, different from the first article, with a third article at a combining station; transferring the second article and the third article together and positioned side by side from the combining station to a second feed station downstream from the first feed station; and feeding the group-forming pocket through the second feed station where the second article and the third article positioned side by side are inserted together into the group-forming pocket and on top of the first article. forming the group of articles in a group-forming pocket of a group-forming conveyor; transferring the group of articles from the group-forming pocket of the group-forming conveyor to a packing unit at a first transfer station; and folding a blank about the group of articles on the packing unit to form a container about and housing the group of articles; the packing method being characterized in that the step of forming the group of articles comprises the further steps of: feeding the group-forming pocket through a first feed station where a first article is inserted into the group-forming pocket; combining into a side by side position a second article, different from the first article, with a third article at a combining station; transferring the second article and the third article together and positioned side by side from the combining station to a second feed station downstream from the first feed station; and feeding the group-forming pocket through the second feed station where the second article and the third article positioned side by side are inserted together into the group-forming pocket and on top of the first article. feeding the group-forming pocket through a first feed station where a first article is inserted into the group-forming pocket; combining into a side by side position a second article, different from the first article, with a third article at a combining station; transferring the second article and the third article together and positioned side by side from the combining station to a second feed station downstream from the first feed station; and feeding the group-forming pocket through the second feed station where the second article and the third article positioned side by side are inserted together into the group-forming pocket and on top of the first article.
A coated electrode comprising a current collector composed of an etched aluminum foil having a thickness of 20 to 45 μm, an apparent density of 2.00 to 2.54 g/cm 3, an air permeability of 20 to 120 s and through-holes penetrating therethrough from the front surface to the back surface, and an electrode layer formed by applying a coating material containing, as an active material, a substance on to the current collector, characterized in that the substance is capable of reversibly carrying lithium ions and anions; and the air permeability indicates a time required that 100 ml of air permeates through an available area of 645 mm 2 of the etched aluminum foil. characterized in that the substance is capable of reversibly carrying lithium ions and anions; and the air permeability indicates a time required that 100 ml of air permeates through an available area of 645 mm 2 of the etched aluminum foil.
A method for cleaning an optical entry window of a fire detector, comprising the steps: - discharging an intermittent gas stream from at least one gas exit opening onto the surface of the optical entry window of the fire detector, wherein - the intermittent gas stream having a plurality of pressure pulses is discharged onto the optical entry window, characterized in that the plurality of pressure pulses form pressure-pulse series with a time (t 2) between two subsequent pressure pulses of a pressure-pulse series, and a pause time (t 3) exists between the pressure-pulse series, wherein for discharging the gas stream from the gas exit opening a valve is provided, and wherein the method further comprises the steps: - switching the valve into an open position for the duration (t 1) of a pressure pulse, - switching the valve into a closed position for the time (t 2) between two pressure pulses, and for the pause time (t 3) between two pressure-pulse series, wherein these switching steps are carried out by a control unit by means of transmitting corresponding control signals from the control unit to the valve. - discharging an intermittent gas stream from at least one gas exit opening onto the surface of the optical entry window of the fire detector, wherein - the intermittent gas stream having a plurality of pressure pulses is discharged onto the optical entry window, characterized in that the plurality of pressure pulses form pressure-pulse series with a time (t 2) between two subsequent pressure pulses of a pressure-pulse series, and a pause time (t 3) exists between the pressure-pulse series, wherein for discharging the gas stream from the gas exit opening a valve is provided, and wherein the method further comprises the steps: - switching the valve into an open position for the duration (t 1) of a pressure pulse, - switching the valve into a closed position for the time (t 2) between two pressure pulses, and for the pause time (t 3) between two pressure-pulse series, wherein these switching steps are carried out by a control unit by means of transmitting corresponding control signals from the control unit to the valve.
A method for providing directional input to a video game, comprising: capturing, by an image capture device, images of an input device, the input device including a housing having a length and a receptacle defined at an end of the length of the housing, the receptacle configured to receive a motion controller having a first object, the input device further including a second object defined along the length of the housing, wherein the first object and the second object are separated from each other by a fixed distance and are configured to be maintained at substantially different depths relative to the image capture device; processing the captured images as well as additional motion sensor data from motion sensors included in the motion controller to track a three dimensional location of the first object including a depth of the first object relative to the image capture device; processing the captured images alone to track only a two dimensional location of the second object that defines a lateral position of the second object relative to the image capture device; and determining an input direction based on the tracked three dimensional location of the first object, the tracked two dimensional location of the second object and the known fixed distance between the first and second objects. capturing, by an image capture device, images of an input device, the input device including a housing having a length and a receptacle defined at an end of the length of the housing, the receptacle configured to receive a motion controller having a first object, the input device further including a second object defined along the length of the housing, wherein the first object and the second object are separated from each other by a fixed distance and are configured to be maintained at substantially different depths relative to the image capture device; processing the captured images as well as additional motion sensor data from motion sensors included in the motion controller to track a three dimensional location of the first object including a depth of the first object relative to the image capture device; processing the captured images alone to track only a two dimensional location of the second object that defines a lateral position of the second object relative to the image capture device; and determining an input direction based on the tracked three dimensional location of the first object, the tracked two dimensional location of the second object and the known fixed distance between the first and second objects.
Pole of electrical apparatus, comprising an external body, an active part held in a recess of the body, and electrical connections (3, 4) extending through openings (6, 7) of a body wall and issuing out of the body and inside the recess, in which they are connected to the active part, the connections being secured in the openings by stop means (16, 18) which are dismountable by access from outside the body, the connections (3, 4) each comprising a cylindrical, preferably circular, outer portion (8, 12) and an internal portion (9, 13) having an irregular cross-section, the internal portion of each of the connections (3, 4) being interlocked with the body wall and having a smaller cross-section than the external portion, characterized in that the internal portions (9, 13) comprise grooves (10, 14) extending in an axial direction of the openings, the grooves being filled by material of the body.
A stent for implantation into a vessel comprising: a plurality of annular segments collectively forming a tubular shape; at least first and second adjacent annular segments each defined by a plurality of struts; and a plurality of joints interconnecting respective struts of the first and second annular segments on a non-permanent basis, characterized in that the temporary joints are disposed to detach at different stress thresholds, such that adjacent circumferential segments remain interconnected at at least one or more selected locations designed to withstand higher stress conditions. a plurality of annular segments collectively forming a tubular shape; at least first and second adjacent annular segments each defined by a plurality of struts; and a plurality of joints interconnecting respective struts of the first and second annular segments on a non-permanent basis, characterized in that the temporary joints are disposed to detach at different stress thresholds, such that adjacent circumferential segments remain interconnected at at least one or more selected locations designed to withstand higher stress conditions.
A drive control device of a vehicle having a distance measurement unit that measures the distance to an object to be measured, characterized by comprising: an acceleration determination unit that determines whether or not acceleration of the vehicle is greater than a predetermined acceleration threshold value; and a detection distance setting unit that increases a detection distance of the distance measurement unit if it is determined that the acceleration of the vehicle is greater than the predetermined acceleration threshold value by the acceleration determination unit. an acceleration determination unit that determines whether or not acceleration of the vehicle is greater than a predetermined acceleration threshold value; and a detection distance setting unit that increases a detection distance of the distance measurement unit if it is determined that the acceleration of the vehicle is greater than the predetermined acceleration threshold value by the acceleration determination unit.
An apparatus comprising: a monolithic composite structure having a substantially planar shape; a first edge of the monolithic composite structure having a first shape configured to be connected to a structure in a vehicle; a second edge of the monolithic composite structure having a second shape configured to be connected to a body of the vehicle; and a number of load areas in the monolithic composite structure located between the first edge and the second edge of the monolithic composite structure, wherein the number of load areas is a number of non-planar regions. a monolithic composite structure having a substantially planar shape; a first edge of the monolithic composite structure having a first shape configured to be connected to a structure in a vehicle; a second edge of the monolithic composite structure having a second shape configured to be connected to a body of the vehicle; and a number of load areas in the monolithic composite structure located between the first edge and the second edge of the monolithic composite structure, wherein the number of load areas is a number of non-planar regions.
Electric-motor-driven liquid pump, comprising a housing, which has a suction connection and a pressure connection, for reception of an electric motor, which comprises a stator and a rotor which is received within the stator to leave an annular gap and is drivable for rotation about an axis of rotation, a conveying device, which is in drive connection with the rotor and which has a suction inlet in fluid connection with the suction connection and a pressure outlet in fluid connection with the pressure connection, and an electronic power unit for drive of the electric motor, wherein the housing comprises a partition wall which extends substantially transversely to the axis of rotation and is adjacent to the rotor and on the side of which remote from the rotor the electronic power unit is mounted, wherein the suction inlet of the conveying device is arranged at a radial height (h S) with respect to the axis of rotation which is smaller than an inner radius (r R) of the annular gap, and characterized in that the rotor has at least one passage which extends at a radial height (h D) substantially constant or increasing in direction towards the suction inlet of the conveying device with respect to the axis of rotation so that a liquid inducted by the suction inlet of the conveying device via the suction connection of the housing is constrainedly guided in part by way of the annular gap between rotor and stator and undergoes deflection at the partition wall of the housing with cooling thereof before it passes through the passage of the rotor to the suction inlet of the conveying device.