mhurhangee/patent-ind-claim-en huggingface dataset:
A drive assembly for a drug delivery device comprising: - a first member , - a second member , the first and second member being arranged rotationally relative to each corresponding to an axis of rotation, - a helical torsion spring defining a spring axis and an interior space, the spring being attached to the first and second member with the spring axis arranged corresponding to the axis of rotation, the spring comprising a plurality of wire windings, - the spring being strained when the first and second member are rotated relative to each corresponding to the axis of rotation, characterized in that - the spring is formed at least in part from a wire having a rectangular cross section, the wire being wound on edge with a height dimension and a thickness dimension, the height being larger than the thickness, the smaller of the two dimensions of the rectangle facing the spring axis, - each portion of the rectangular wire has an initial tilt angle relative to a normal to the spring axis, and - the spring is arranged to have an operational range of rotational strain in which the tilt angle for at least a portion of the rectangular wire will increase, this resulting in a corresponding non-linear spring characteristic. - a first member , - a second member , the first and second member being arranged rotationally relative to each corresponding to an axis of rotation, - a helical torsion spring defining a spring axis and an interior space, the spring being attached to the first and second member with the spring axis arranged corresponding to the axis of rotation, the spring comprising a plurality of wire windings, - the spring being strained when the first and second member are rotated relative to each corresponding to the axis of rotation, - the spring is formed at least in part from a wire having a rectangular cross section, the wire being wound on edge with a height dimension and a thickness dimension, the height being larger than the thickness, the smaller of the two dimensions of the rectangle facing the spring axis, - each portion of the rectangular wire has an initial tilt angle relative to a normal to the spring axis, and - the spring is arranged to have an operational range of rotational strain in which the tilt angle for at least a portion of the rectangular wire will increase, this resulting in a corresponding non-linear spring characteristic.
A cooking appliance, comprising: a cavity ; a steam supply device for supplying steam to an inside of a cooking chamber defined in the cavity ; an electric chamber formed above the cavity ;a front panel installed at a frontside of the cavity and configured to close a front of the electric chamber ; and wherein the steam supply device comprises a steam generator for generating steam and a water supply device for supplying water to the steam generator , wherein the water supply device is disposed in the electric chamber and comprises a front portion exposed at the frontside of the front panel ; a guide member configured to adjust a position of the water supply device , wherein the front panel comprises an opening ; and wherein the water supply device comprises: a housing disposed in the electric chamber and has an accommodating space, the housing has a front surface facing the opening ; a water tank accommodated in the housing in a withdrawable manner; wherein the front portion is provided in front of the water tank , wherein the opening defines a passage for withdrawing the water tank , characterized by that the guide member is installed between the front panel and the housing . a cavity ; a steam supply device for supplying steam to an inside of a cooking chamber defined in the cavity ; an electric chamber formed above the cavity ;a front panel installed at a frontside of the cavity and configured to close a front of the electric chamber ; and wherein the steam supply device comprises a steam generator for generating steam and a water supply device for supplying water to the steam generator , wherein the water supply device is disposed in the electric chamber and comprises a front portion exposed at the frontside of the front panel ; a guide member configured to adjust a position of the water supply device , wherein the front panel comprises an opening ; and wherein the water supply device comprises: a housing disposed in the electric chamber and has an accommodating space, the housing has a front surface facing the opening ; a water tank accommodated in the housing in a withdrawable manner; a housing disposed in the electric chamber and has an accommodating space, the housing has a front surface facing the opening ; a water tank accommodated in the housing in a withdrawable manner; wherein the front portion is provided in front of the water tank , wherein the opening defines a passage for withdrawing the water tank , characterized by that the guide member is installed between the front panel and the housing .
A compound of formula I: or a salt, or solvate thereof, wherein R is a cycloalkyl, aryl, or heteroaryl group substituted with H, halo, N, O, P, C 1 -C 6 alkyl, imidazoyl, cycloalky l , or heterocycloalkyl, and wherein the heteroaryl and heterocycloalkyl groups comprise nitrogen, oxygen, or sulfur.
A method for allocating resources of a wireless communication system, the method including: determining power levels of downlink (DL) communication channels between a base station and a user agent (UA) and between each of a plurality of relay nodes (RNs) and the UA; determining coupling losses of uplink (UL) communication channels between the base station and the UA and between each of the plurality of RNs and the UA; and when the power level of the DL communication channel between the base station and the UA is greater than the power levels of the DL communication channels between each of the plurality of RNs and the UA, and the coupling losses of the UL communication channel between at least one of the RNs and the UA are less than the coupling losses of the UL communication channel between the base station and the UA: allocating a DL communication channel resource on the base station to the UA, and allocating a UL communication channel resource on the at least one of the plurality of RNs to the UA. determining power levels of downlink (DL) communication channels between a base station and a user agent (UA) and between each of a plurality of relay nodes (RNs) and the UA; determining coupling losses of uplink (UL) communication channels between the base station and the UA and between each of the plurality of RNs and the UA; and when the power level of the DL communication channel between the base station and the UA is greater than the power levels of the DL communication channels between each of the plurality of RNs and the UA, and the coupling losses of the UL communication channel between at least one of the RNs and the UA are less than the coupling losses of the UL communication channel between the base station and the UA: allocating a DL communication channel resource on the base station to the UA, and allocating a UL communication channel resource on the at least one of the plurality of RNs to the UA. allocating a DL communication channel resource on the base station to the UA, and allocating a UL communication channel resource on the at least one of the plurality of RNs to the UA.
Method of manufacturing an electronic chip comprising memory cells comprising phase-change material , comprising: a) forming a first metal level comprising first interconnection tracks crossing a first insulating layer ; b) for each memory cell , forming an element for heating the phase-change material against sides of portions of the first layer; and before step b), forming first spacers against said sides by forming a layer of a material of the first spacers and by then removing by anisotropic etching the horizontal portions of the layer of the material of the first spacers, the first layer being made of a thermal insulator. a) forming a first metal level comprising first interconnection tracks crossing a first insulating layer ; b) for each memory cell , forming an element for heating the phase-change material against sides of portions of the first layer; and
A computer-implemented security measure program comprising: a collection and assignment process of collecting attribute information for each file and assigning attribute information to a file to which attribute information is not assigned, when checking a file in a computer for detecting whether a threat is present in the file by using a pattern matching method by matching a pattern file for detecting the threat with the file subject to checking; an associating process of associating information regarding the file subject to checking to which the attribute information is assigned with the attribute information and registering the associating information; a reception process of receiving attribute information of a tracking target file from a distributor computer that distributes the pattern file for detecting the threat in the computer; a search process of searching for information regarding the file that is associated with the attribute information that is received; and a transmission/procedure process of transmitting, when there exists information regarding the file associated with the attribute information, the information regarding the file to the distributor computer and/or performing a procedure on the file. a collection and assignment process of collecting attribute information for each file and assigning attribute information to a file to which attribute information is not assigned, when checking a file in a computer for detecting whether a threat is present in the file by using a pattern matching method by matching a pattern file for detecting the threat with the file subject to checking; an associating process of associating information regarding the file subject to checking to which the attribute information is assigned with the attribute information and registering the associating information; a reception process of receiving attribute information of a tracking target file from a distributor computer that distributes the pattern file for detecting the threat in the computer; a search process of searching for information regarding the file that is associated with the attribute information that is received; and a transmission/procedure process of transmitting, when there exists information regarding the file associated with the attribute information, the information regarding the file to the distributor computer and/or performing a procedure on the file.
A bobbin configured to facilitate automatic winding, comprising a first flange part , a second flange part , a third flange part , a first winding part and a second winding part for receiving an enameled wire , the first flange part , the second flange part and the third flange part being sequentially distributed along a length direction of the bobbin, the first winding part being provided between the first flange part and the second flange part , the second winding part being provided between the second flange part and the third flange part ; the first flange part being provided with a plurality of terminal holes, the plurality of terminal holes comprising a first terminal hole for inserting a start terminal and a second terminal hole for inserting an end terminal , characterized in that , the first flange part is provided with a wire hanging portion, and a bottom end of the wire hanging portion is lower than a top end of the first flange part , and the second flange part is provided with a first wire guide portion for guiding the enameled wire from the second winding part to the wire hanging portion, the first wire guide portion is provided with a protruding column extending upward, a height difference (a2) between the top end of the protruding column and the top end of the first flange part is greater than a height difference (a1) between the bottom end of the wire hanging portion and the top end of the first flange part.
A preparation method of a modified positive electrode active material, which comprising steps of: dispersing a positive electrode active material matrix into an alcohol solvent to form a positive electrode active material matrix suspension; dissolving an alcohol-soluble aluminum salt in an alcohol solvent to form an alcohol-soluble aluminum salt solution; dissolving an alcohol-soluble phosphorous compound in an alcohol solvent to form an alcohol-soluble phosphorous compound solution; mixing the alcohol-soluble aluminum salt solution and the alcohol-soluble phosphorous compound solution and heating to react, obtaining a liquid-phase coating solution which contains aluminum phosphate after the reaction is finished; mixing and stirring the positive electrode active material matrix suspension and the liquid-phase coating solution which contains aluminum phosphate, extraction filtrating and obtaining a filter cake after the stirring is finished, then drying and baking the filter cake, finally obtaining a modified positive electrode active material in which an aluminum phosphate layer is uniformly coated on a surface of the positive electrode active material matrix; wherein in the positive electrode active material matrix suspension, a mass ratio of the alcohol solvent is 30%∼70% of a mass of the positive electrode active material matrix; wherein in the obtained modified positive electrode active material, a mass ratio of the aluminum phosphate layer is 0.03%∼0.3% of a mass of the positive electrode active material matrix. dispersing a positive electrode active material matrix into an alcohol solvent to form a positive electrode active material matrix suspension; dissolving an alcohol-soluble aluminum salt in an alcohol solvent to form an alcohol-soluble aluminum salt solution; dissolving an alcohol-soluble phosphorous compound in an alcohol solvent to form an alcohol-soluble phosphorous compound solution; mixing the alcohol-soluble aluminum salt solution and the alcohol-soluble phosphorous compound solution and heating to react, obtaining a liquid-phase coating solution which contains aluminum phosphate after the reaction is finished; mixing and stirring the positive electrode active material matrix suspension and the liquid-phase coating solution which contains aluminum phosphate, extraction filtrating and obtaining a filter cake after the stirring is finished, then drying and baking the filter cake, finally obtaining a modified positive electrode active material in which an aluminum phosphate layer is uniformly coated on a surface of the positive electrode active material matrix; wherein in the positive electrode active material matrix suspension, a mass ratio of the alcohol solvent is 30%∼70% of a mass of the positive electrode active material matrix; wherein in the obtained modified positive electrode active material, a mass ratio of the aluminum phosphate layer is 0.03%∼0.3% of a mass of the positive electrode active material matrix.
Conveyor chain for conveying suspended items, and a guide , the conveyor chain comprising: a plurality of conveyor supports , which are each operatively connected to the guide on a first side (O) of the conveyor supports , and at least one conveyor element , which is releasably attached to at least one of the conveyor supports by means of an plug connection in order to convey the suspended items, the first side (O) being the upper side of the conveyor support and the plug connection being designed such that it can be separated from a second side (L, U, R) of the conveyor support that is different from the first side (O), such that the conveyor element can be released from the conveyor support when the conveyor chain is closed, characterised in that each conveyor support comprises at least two plug connection portions (20.1, 20.2) that act independently of one another and that can be used individually and/or together for the alternative and/or simultaneous attachment of at least two different conveyor elements . a plurality of conveyor supports , which are each operatively connected to the guide on a first side (O) of the conveyor supports , and at least one conveyor element , which is releasably attached to at least one of the conveyor supports by means of an plug connection in order to convey the suspended items, the first side (O) being the upper side of the conveyor support and the plug connection being designed such that it can be separated from a second side (L, U, R) of the conveyor support that is different from the first side (O), such that the conveyor element can be released from the conveyor support when the conveyor chain is closed, characterised in that each conveyor support comprises at least two plug connection portions (20.1, 20.2) that act independently of one another and that can be used individually and/or together for the alternative and/or simultaneous attachment of at least two different conveyor elements .
Aroma container for adding an aroma substance to an air flow flowing through the aroma container , wherein the aroma container can be attached to a drinking device, and - an upper wall , a lower wall and at least one side wall enclosing an aroma chamber , - at least one air inlet opening into the aroma chamber ; as well as - at least one air outlet opening from the aroma chamber ; wherein - there is a carrier substance for the aroma substance in the aroma chamber ; characterised in that - the carrier substance comprises a nonwoven material; wherein - the air permeability L of the nonwoven material at 100 Pa differential pressure is L > 200 1/(m 2 •s), and preferably between 220 1/(m 2 •s) and 280 l/(m 2 •s); - the aroma container further comprises a headspace which represents a cavity in the aroma chamber that is not filled with carrier substance ; wherein - the headspace is provided between the carrier substance and the side of the upper wall facing the aroma chamber ; - the at least one air inlet opening is located in the region of the lower wall of the aroma container ; and the at least one air outlet opening is arranged in a side wall of the aroma container; and - the at least one air inlet opening and the at least one air outlet opening are arranged in such a way that a defined path of the air flow flowing through the aroma container comprises the headspace and the carrier substance . - an upper wall , a lower wall and at least one side wall enclosing an aroma chamber , - at least one air inlet opening into the aroma chamber ; as well as - at least one air outlet opening from the aroma chamber ; wherein - there is a carrier substance for the aroma substance in the aroma chamber ; - the carrier substance comprises a nonwoven material; wherein - the air permeability L of the nonwoven material at 100 Pa differential pressure is L > 200 1/(m 2 •s), and preferably between 220 1/(m 2 •s) and 280 l/(m 2 •s); - the aroma container further comprises a headspace which represents a cavity in the aroma chamber that is not filled with carrier substance ; wherein - the headspace is provided between the carrier substance and the side of the upper wall facing the aroma chamber ; - the at least one air inlet opening is located in the region of the lower wall of the aroma container ; and the at least one air outlet opening is arranged in a side wall of the aroma container; and - the at least one air inlet opening and the at least one air outlet opening are arranged in such a way that a defined path of the air flow flowing through the aroma container comprises the headspace and the carrier substance .
A drying apparatus comprising: a main body to introduce air from outside the main body into the main body and to discharge the air to the outside of the main body ; a fan disposed at the main body to be rotated such that the air is introduced into the main body ; a fan motor to rotate the fan ; a moving bar movably mounted to a front surface of the main body to introduce air from outside the moving bar and to discharge the air from the moving bar ; a bar fan disposed in the moving bar to be rotated such that the air is introduced into the moving bar ; a bar fan motor to rotate the bar fan ; a first sensor disposed at the main body to detect a presence of a user located in front of the main body ; and a controller configured to control the fan motor and the bar fan motor , wherein when at least one drying condition of a discharge position, an air volume, and a drying area of air is selected, the controller is configured to operate at least one of the fan motor and the bar fan motor such that the air is discharged corresponding to the selected at least one drying condition, wherein when the first sensor detects the user for a preset period of time, the controller is configured to allow at least one of the air volume, the discharge position, and the drying area which are preset to be automatically selected. a main body to introduce air from outside the main body into the main body and to discharge the air to the outside of the main body ; a fan disposed at the main body to be rotated such that the air is introduced into the main body ; a fan motor to rotate the fan ; a moving bar movably mounted to a front surface of the main body to introduce air from outside the moving bar and to discharge the air from the moving bar ; a bar fan disposed in the moving bar to be rotated such that the air is introduced into the moving bar ; a bar fan motor to rotate the bar fan ; a first sensor disposed at the main body to detect a presence of a user located in front of the main body ; and a controller configured to control the fan motor and the bar fan motor , wherein when at least one drying condition of a discharge position, an air volume, and a drying area of air is selected, the controller is configured to operate at least one of the fan motor and the bar fan motor such that the air is discharged corresponding to the selected at least one drying condition, wherein when the first sensor detects the user for a preset period of time, the controller is configured to allow at least one of the air volume, the discharge position, and the drying area which are preset to be automatically selected.
Securing element comprising a thread-bearing region, with the design of the thread defining a securing direction of rotation (B) and an axial clamping direction (K), said securing element having a head with a head underside that faces in the clamping direction (K) and can be used to produce a force-locking connection with a component, wherein said head is designed in such a way that the head underside has an edge region which is spaced radially from the head center and, furthermore, the contour of the head underside , starting from the edge region towards the center of the head, extends in a direction opposite to the clamping direction (K), which allows a spring effect to be produced, and wherein the edge region has a varying circumferential level in the axial direction, characterized in that, as seen in a direction opposite to the securing direction of rotation (B), the circumferential level rises over a central angle (β) of no less than 65° with a pitch angle (α) of no more than 15° in the clamping direction (K).
An apparatus comprising: a cleaning head removably attachable to a cleaning device the cleaning head having an upper side and a lower side, the lower side of the cleaning head arranged to contact a surface to be cleaned; and a dirt collection chamber permanently attached to the cleaning head and arranged to receive dirt from a suction inlet through an air inlet opening; wherein the dirt collection chamber has no opening other than the air inlet opening; and wherein the cleaning head is arranged to hold a cleaning sheet on the lower side of the cleaning head. a cleaning head removably attachable to a cleaning device the cleaning head having an upper side and a lower side, the lower side of the cleaning head arranged to contact a surface to be cleaned; and a dirt collection chamber permanently attached to the cleaning head and arranged to receive dirt from a suction inlet through an air inlet opening; wherein the dirt collection chamber has no opening other than the air inlet opening; and wherein the cleaning head is arranged to hold a cleaning sheet on the lower side of the cleaning head.