mhurhangee/ep-ind-claims huggingface dataset:
A personal care composition comprising an effective amount of an antibacterial component and a surfactant; said antibacterial component comprising chloroxylenol (PCMX), o-cymen-5-ol (IPMP), and phenoxyethanol, wherein the PCMX is present in an amount of about 0.2% to about 0.6% by weight of the composition, wherein the IPMP is present in an amount of about 0.05% to about 0.5% by weight of the composition, wherein the phenoxyethanol is present in an amount of about 0.1% to about 2% by weight of the composition, and wherein the composition is free of Triclosan and Triclocarban.
A discharge apparatus for use with a bulk container of the kind having an outlet through which product is to be dispensed, the discharge apparatus comprising: an inlet end configured for receiving the lower end of a bulk container; an outlet end configured for directing a flow of product from a bulk container received in the inlet end; and a wall extending between said inlet end and said outlet end, wherein the apparatus is configured to allow relative movement between said inlet end and said outlet end to alter the distance between said inlet end and said outlet end and the wall between said inlet end and said outlet end is of flexible construction, to accommodate said relative movement; characterised in that: the apparatus is operable between a first state in which the inlet and outlet ends (30, 32) are arranged at a first spacing, and a second state in which the inlet and outlet ends (30, 32) are arranged at a second spacing, greater than said first spacing, and wherein the wall defines a cone in the second state. an inlet end configured for receiving the lower end of a bulk container; an outlet end configured for directing a flow of product from a bulk container received in the inlet end; and a wall extending between said inlet end and said outlet end, the apparatus is operable between a first state in which the inlet and outlet ends (30, 32) are arranged at a first spacing, and a second state in which the inlet and outlet ends (30, 32) are arranged at a second spacing, greater than said first spacing, and wherein the wall defines a cone in the second state.
Pesticidal mixtures comprising, as active components, 1) 4-[5-(3,5-dichloro-4-fluoro-phenyl)-5-(trifluoromethyl)-4H-isoxazol-3-yl]-N-[ -2-ethyl-3-oxo-isoxazolidin-4-yl]-2-methyl-benzamide as compound I; and 2) one fungicidal compound II, wherein compound II is selected from the group consisting of pydiflumetofen, picarbutrazox, oxathiapiproline. 1) 4-[5-(3,5-dichloro-4-fluoro-phenyl)-5-(trifluoromethyl)-4H-isoxazol-3-yl]-N-[ -2-ethyl-3-oxo-isoxazolidin-4-yl]-2-methyl-benzamide as compound I; and 2) one fungicidal compound II, wherein compound II is selected from the group consisting of pydiflumetofen, picarbutrazox, oxathiapiproline.
An image processing apparatus comprising: registration means for registering first image data as a template; character recognition means for recognizing one or more characters included in image data and obtaining one or more character strings by recognizing the one or more characters; display means for displaying one or more character strings obtained by recognizing one or more characters included in second image data different from the first image data; reception means for receiving a selection of a character string from among the one or more character strings displayed by the display means, the selection being made by a user; and storage means (204, 210) for storing the second image data in a folder named with a character string based on the selection received by the reception means, and characterized in that the display means displays the one or more character strings that are obtained by recognizing one or more characters included in the second image data and that are not included in the first image data, without displaying a character string that is obtained by recognizing one or more characters included in the second image data and that is obtained by recognizing one or more characters included in the first image data registered by the registration means. registration means for registering first image data as a template; character recognition means for recognizing one or more characters included in image data and obtaining one or more character strings by recognizing the one or more characters; display means for displaying one or more character strings obtained by recognizing one or more characters included in second image data different from the first image data; reception means for receiving a selection of a character string from among the one or more character strings displayed by the display means, the selection being made by a user; and storage means (204, 210) for storing the second image data in a folder named with a character string based on the selection received by the reception means, and characterized in that the display means displays the one or more character strings that are obtained by recognizing one or more characters included in the second image data and that are not included in the first image data, without displaying a character string that is obtained by recognizing one or more characters included in the second image data and that is obtained by recognizing one or more characters included in the first image data registered by the registration means.
A method for a peer-to-peer communication in a wireless device equipped with two or more radio interfaces (302A, 304A), the method further comprising: establishing, by a wireless device including a first radio interface and a second radio interface, a first transport layer connection for transporting, via the first radio interface, meta-information of a peer-to-peer communication application, the first radio interface comprising a low energy radio interface; exchanging, by the wireless device and via the first radio interface including the first transport layer connection, the meta-information; detecting a connection request for transporting at least one data chunk of the peer-to-peer communication application, the connection request for transporting the at least one data chunk detected based on a port number associated with a predetermined range of port numbers; triggering, in response to the detected connection request, the establishment of the second radio interface; and establishing, by the wireless device and based on the received meta-information received via the first radio interface, a second transport layer connection with at least one peer node for transporting at least one data chunk of the peer-to-peer communication application via at least the second radio interface comprising a high energy radio interface utilizing more energy when compared to the low energy radio interface. establishing, by a wireless device including a first radio interface and a second radio interface, a first transport layer connection for transporting, via the first radio interface, meta-information of a peer-to-peer communication application, the first radio interface comprising a low energy radio interface; exchanging, by the wireless device and via the first radio interface including the first transport layer connection, the meta-information; detecting a connection request for transporting at least one data chunk of the peer-to-peer communication application, the connection request for transporting the at least one data chunk detected based on a port number associated with a predetermined range of port numbers; triggering, in response to the detected connection request, the establishment of the second radio interface; and establishing, by the wireless device and based on the received meta-information received via the first radio interface, a second transport layer connection with at least one peer node for transporting at least one data chunk of the peer-to-peer communication application via at least the second radio interface comprising a high energy radio interface utilizing more energy when compared to the low energy radio interface.
A nickel-based alloy, which is free of rhenium and has a solidus temperature of greater than 1320°C, wherein precipitations of a γ' phrase are present in a γ matrix with a proportion of 40 to 50 vol.-% at temperatures of 1050°C to 1100°C and the γ/γ' incompatibility at temperatures of 1 050°C to 1100°C is in the range from -0.15% to -0.25% and the chemical composition comprises: aluminum of 11 to 11.2 at.-%, cobalt of 9.1 to 9.3 at.-%, chromium of 6 to 6.2 at.-%, molybdenum of 0.85 to 1.0 at.-%, tantalum of 3.3 to 3.5 at.-%, titanium of 1.5 to 1.7 at.-%, tungsten or 2.8 to 3 at.-%, and the remainder nickel and unavoidable impurities, wherein the tungsten content in the γ matrix is greater than in the precipitated γ' phases. aluminum of 11 to 11.2 at.-%, cobalt of 9.1 to 9.3 at.-%, chromium of 6 to 6.2 at.-%, molybdenum of 0.85 to 1.0 at.-%, tantalum of 3.3 to 3.5 at.-%, titanium of 1.5 to 1.7 at.-%, tungsten or 2.8 to 3 at.-%, and the remainder nickel and unavoidable impurities, wherein the tungsten content in the γ matrix is greater than in the precipitated γ' phases.
A method for controlling a drive arrangement (4, 5) in a watercraft for implementing a sideways manoeuvre devoid of rotation of the watercraft, said method comprises the steps of: detecting thrust and steering commands from an operating device which is connected to a control unit; controlling said drive arrangement (4, 5) based on detected commands from said operating device, for obtaining a desired course of travel of the watercraft, wherein a force is generated which acts towards a defined position on said watercraft; and determining the speed (v) of the watercraft; characterized in that said method furthermore comprises steps of: adapting said position on which the force from said drive arrangement (4, 5) acts as a function of at least said speed (v) and as a function of the influence that the position of the centre of pressure of said watercraft has on the centre of rotation of said watercraft for said speed (v) for reducing generation of forces causing said watercraft to rotate. detecting thrust and steering commands from an operating device which is connected to a control unit; controlling said drive arrangement (4, 5) based on detected commands from said operating device, for obtaining a desired course of travel of the watercraft, wherein a force is generated which acts towards a defined position on said watercraft; and determining the speed (v) of the watercraft; characterized in that said method furthermore comprises steps of: adapting said position on which the force from said drive arrangement (4, 5) acts as a function of at least said speed (v) and as a function of the influence that the position of the centre of pressure of said watercraft has on the centre of rotation of said watercraft for said speed (v) for reducing generation of forces causing said watercraft to rotate. adapting said position on which the force from said drive arrangement (4, 5) acts as a function of at least said speed (v) and as a function of the influence that the position of the centre of pressure of said watercraft has on the centre of rotation of said watercraft for said speed (v) for reducing generation of forces causing said watercraft to rotate.
A motor driving module having an inverter that drives a motor by controlling DC voltage, wherein a boost circuit is provided on the input side of the inverter, and the boost circuit comprising: a rectifying circuit connected to an AC power source; a plurality of reactors that are connected in parallel to the positive electric potential side of the rectifying circuit; a plurality of power devices (6a, 6b) that are connected in series to the plurality of reactors to turn on or off current; characterized by a single resistor that is connected between the plurality of power devices (6a, 6b) and the negative electric potential side of the rectifying circuit; and a control unit (12, 12a) configured to determine from which of the plurality of power devices (6a, 6b) the current flowing to the single current detection resistor has come, and alternately controls the plurality of power devices (6a, 6b) so that the current flowing to the plurality of power devices (6a, 6b) is substantially equalized, whereby the control unit controls an output DC voltage of the boost circuit for a boosting wherein the control unit (12, 12a) configured to determine whether to stop the start of the boost circuit and adjusts the DC output voltage of the boost circuit for the boosting target voltage calculated by the control unit using at least one piece of information of the output voltage, the output power, and the control modulation, factor (ratio of output voltage to DC voltage) of the inverter, the frequency of a motor, and the current of the motor. a rectifying circuit connected to an AC power source; a plurality of reactors that are connected in parallel to the positive electric potential side of the rectifying circuit; a plurality of power devices (6a, 6b) that are connected in series to the plurality of reactors to turn on or off current; characterized by a single resistor that is connected between the plurality of power devices (6a, 6b) and the negative electric potential side of the rectifying circuit; and a control unit (12, 12a) configured to determine from which of the plurality of power devices (6a, 6b) the current flowing to the single current detection resistor has come, and alternately controls the plurality of power devices (6a, 6b) so that the current flowing to the plurality of power devices (6a, 6b) is substantially equalized, whereby the control unit controls an output DC voltage of the boost circuit for a boosting
A biocidal fluid purification cap for a fluid container, including: a cap body including an engagement feature for removably attaching the cap body to a mating engagement feature on a spout of the fluid container to hermetically close a spout opening, at least one LED adapted to emit light in the UV-C range, electronic circuitry for driving the LED(s), and a power supply for the electronic circuitry, wherein said LED(s) is/are arranged in said cap body so as to be separated from the environment by an UV-transparent window provided in the cap body such that light emitted from said LED(s) enters the opening of the spout when the cap is attached to the spout of the container, and wherein said cap body includes a first fluid opening to the outside of the cap body and a second fluid opening to the spout opening of the container when the cap is attached to the spout, and a fluid channel extending between the first fluid opening and the second fluid opening and passing between the UV-transparent window and a further UV-transparent window facing the opening of the spout to allow, in operation, the light emitted from the LED(s) to pass through the fluid flowing in the channel before entering the spout opening of the container. a cap body including an engagement feature for removably attaching the cap body to a mating engagement feature on a spout of the fluid container to hermetically close a spout opening, at least one LED adapted to emit light in the UV-C range, electronic circuitry for driving the LED(s), and a power supply for the electronic circuitry, wherein said LED(s) is/are arranged in said cap body so as to be separated from the environment by an UV-transparent window provided in the cap body such that light emitted from said LED(s) enters the opening of the spout when the cap is attached to the spout of the container, and wherein said cap body includes a first fluid opening to the outside of the cap body and a second fluid opening to the spout opening of the container when the cap is attached to the spout, and a fluid channel extending between the first fluid opening and the second fluid opening and passing between the UV-transparent window and a further UV-transparent window facing the opening of the spout to allow, in operation, the light emitted from the LED(s) to pass through the fluid flowing in the channel before entering the spout opening of the container.
A cell culture apparatus for culturing cells using a culture medium, comprising: a plurality of flow channels for delivering the culture medium and the cells; a drive base arranged within a first space; a culture vessel connected to the drive base through the flow channels; a holding member for holding the culture vessel; a refrigerating unit which is formed below the drive base to form a refrigerating space; an intermediate chamber for separating the first space and the refrigerating space; and a detachable flow channel holding member which holds the flow channels connecting the refrigerating unit with the drive base, and connects the first space, the intermediate chamber, and the refrigerating space, wherein the refrigerating unit can store the culture medium and the cells, and wherein the flow channel holding member is a seal for spatially separating the first space, the refrigerating space, and the intermediate chamber. a plurality of flow channels for delivering the culture medium and the cells; a drive base arranged within a first space; a culture vessel connected to the drive base through the flow channels; a holding member for holding the culture vessel; a refrigerating unit which is formed below the drive base to form a refrigerating space; an intermediate chamber for separating the first space and the refrigerating space; and a detachable flow channel holding member which holds the flow channels connecting the refrigerating unit with the drive base, and connects the first space, the intermediate chamber, and the refrigerating space,
A valve (21, 23) for a reciprocating machine, the valve comprising: a seat (39, 87, 139) comprising flow apertures therein; a valve closing member, adapted to co-act with the seat (39, 87, 139) for selectively closing and opening said apertures; characterized by a cage (33, 81, 133) integrally coupled to the seat (39, 87, 139); and a cover (37, 85, 137) coupled with the cage (33, 81, 133); wherein the valve closing member comprises an actuation stem, slidingly arranged in a guide (59, 99, 159) integrally connected to the cage (33, 81, 133) and extending through the cover (37, 85, 137); wherein a sealing arrangement is housed in the guide, the sealing arrangement co-acting with the actuation stem, to prevent or limit gas leakages along the actuation stem. a seat (39, 87, 139) comprising flow apertures therein; a valve closing member, adapted to co-act with the seat (39, 87, 139) for selectively closing and opening said apertures; characterized by a cage (33, 81, 133) integrally coupled to the seat (39, 87, 139); and a cover (37, 85, 137) coupled with the cage (33, 81, 133); wherein the valve closing member comprises an actuation stem, slidingly arranged in a guide (59, 99, 159) integrally connected to the cage (33, 81, 133) and extending through the cover (37, 85, 137); wherein a sealing arrangement is housed in the guide, the sealing arrangement co-acting with the actuation stem, to prevent or limit gas leakages along the actuation stem.
A sensor assembly comprising: an electrically conductive electrode bridge; and a sensor body comprising: a core layer; an outer insulating layer that substantially surrounds the core layer; an electrically conductive electrode layer between the core layer and the outer insulating layer; and an electrically conductive electrode interface layer at a rear part of the sensor body and in electrical contact with the electrode layer; wherein the electrode bridge is in compression electrical contact with the electrode interface layer. an electrically conductive electrode bridge; and a sensor body comprising: a core layer; an outer insulating layer that substantially surrounds the core layer; an electrically conductive electrode layer between the core layer and the outer insulating layer; and an electrically conductive electrode interface layer at a rear part of the sensor body and in electrical contact with the electrode layer; a core layer; an outer insulating layer that substantially surrounds the core layer; an electrically conductive electrode layer between the core layer and the outer insulating layer; and an electrically conductive electrode interface layer at a rear part of the sensor body and in electrical contact with the electrode layer; wherein the electrode bridge is in compression electrical contact with the electrode interface layer.
Battery driven remote control with a housing, a battery compartment arranged in the housing and a removable housing cap closing the battery compartment, wherein the housing cap is hold via at least one permanent magnet (6, 7) at the housing of the remote control, characterized in that the at least one permanent magnet (6, 7) is pressed into the battery compartment and that the battery compartment is fixed, preferably screwed, to the housing of the remote control, that the the at least permanent magnet (6, 7) is fixed in the housing of the remote control and at least one ferromagnetic counterpart is fixed to the housing cap that is allocated to the permanent magnet, that the at least one ferromagnetic counterpart is a metal plate or a metal ring that includes a ring groove at its outer circumference and that is anchored to a carrying member in a form fitted way, wherein the carrying member is fixed to a cap plate, that the battery compartment includes in the area of the magnet or the magnets (6, 7) a recess and the housing cap includes in the area of the allocated ferromagnetic counterpart a protrusion that engages into said recess in a form fitted way, that a gap is provided between the battery compartment and the carrying member in an assembled state and that a boundary of the cap plate is in contact with a face side of a frame of the housing, and that a face side of the cap plate in an assembled state of the remote control falls in line with a outer side of the frame in the assembled state.