mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring and/or controlling the operation of at least one household appliance, intended to be performed by a monitoring and/or control device, the method defining a first and a second operating modes, the first operating mode consists in carrying out the following operations: -: receiving control information (I T) derived from a communication terminal and transmitting these control information (I T) to the at least one household appliance, and/or -: receiving monitoring information (I R) derived from the at least one household appliance and transmitting these monitoring information (I R) to the communication terminal, the second operating mode consists in carrying out the following operations: -: generating secondary control information (I T2) and transmitting these secondary control information (I T2) to the at least one household appliance, and/or -: receiving monitoring information (I R) derived from the at least one household appliance; characterized in that the method comprises the steps consisting in: - continuously determining the capacity of the device to receive control information (I T) derived from the communication terminal, -: operating according to the first operating mode when the device is capable of receiving control information (I T) derived from the communication terminal, -: operating according to the second operating mode when the device is not capable of receiving control information (I T) derived from the communication terminal. -: receiving control information (I T) derived from a communication terminal and transmitting these control information (I T) to the at least one household appliance, and/or -: receiving monitoring information (I R) derived from the at least one household appliance and transmitting these monitoring information (I R) to the communication terminal, -: generating secondary control information (I T2) and transmitting these secondary control information (I T2) to the at least one household appliance, and/or -: receiving monitoring information (I R) derived from the at least one household appliance; - continuously determining the capacity of the device to receive control information (I T) derived from the communication terminal, -: operating according to the first operating mode when the device is capable of receiving control information (I T) derived from the communication terminal, -: operating according to the second operating mode when the device is not capable of receiving control information (I T) derived from the communication terminal.
A battery module, comprising: a plurality of unit cells; a case for accommodating the unit cell; and a bus bar electrically connected to the unit cell, wherein the bus bar includes: a first metal plate; a second metal plate spaced apart from the first metal plate; and a metal bridge configured to connect the first metal plate and the second metal plate and having a lower melting point than the metal plates (210, 220); characterized in that the first metal plate and the second metal plate are located so that one side of the first metal plate and one side of the second metal plate face each other while overlapping each other at least partially, and in that the metal bridge is interposed in the facing region and joined to the first metal plate and the second metal plate. a plurality of unit cells; a case for accommodating the unit cell; and a bus bar electrically connected to the unit cell, wherein the bus bar includes: a first metal plate; a second metal plate spaced apart from the first metal plate; and a metal bridge configured to connect the first metal plate and the second metal plate and having a lower melting point than the metal plates (210, 220); characterized in that a first metal plate; a second metal plate spaced apart from the first metal plate; and a metal bridge configured to connect the first metal plate and the second metal plate and having a lower melting point than the metal plates (210, 220); the first metal plate and the second metal plate are located so that one side of the first metal plate and one side of the second metal plate face each other while overlapping each other at least partially, and in that the metal bridge is interposed in the facing region and joined to the first metal plate and the second metal plate.
A method performed in a communication device, the method comprising: - obtaining a policy comprising one or more access network discovery and selection function, ANDSF, rules associated with different values of an offloading preference indicator, OPI, the OPI comprising a first part and a second part, wherein the obtaining comprises receiving the policy from a network node or obtaining the policy preconfigured in the communication device, - receiving the OPI, - establishing whether being in a non-roaming or a roaming state, - applying (24, 26) an ANDSF rule associated with a value of the first part of the OPI or an ANDSF rule associated with a value of the second part of the OPI, depending on whether the communication device is in a non-roaming or roaming state, and - wherein the first part of the OPI comprises an operator specific part and the second part of the OPI comprises a public part. - obtaining a policy comprising one or more access network discovery and selection function, ANDSF, rules associated with different values of an offloading preference indicator, OPI, the OPI comprising a first part and a second part, wherein the obtaining comprises receiving the policy from a network node or obtaining the policy preconfigured in the communication device, - receiving the OPI, - establishing whether being in a non-roaming or a roaming state, - applying (24, 26) an ANDSF rule associated with a value of the first part of the OPI or an ANDSF rule associated with a value of the second part of the OPI, depending on whether the communication device is in a non-roaming or roaming state, and - wherein the first part of the OPI comprises an operator specific part and the second part of the OPI comprises a public part.
[Oscillating shutter comprising: - a shutter designed to at least partially conceal a window of a structure and capable of supporting at least one frame equipped with at least one solar energy conversion module; and - means for angular oscillation of said frame with respect to the solar exposure; wherein the means for angular oscillation comprise at least one support arm supporting said frame, characterised in that one of the ends of the at least one support arm is articulated in a pivotal manner about a horizontal articulation bar along a horizontal axis Z, said horizontal articulation bar being fixed to a structure of the window and offset vertically in relation a vertical axis Y, according to a geometric relationship chosen with respect to the top of a panel of the window, so as to reduce the shadow cast on said solar energy conversion module by virtue of the projection of said frame along the horizontal axis X; and - fixing means of the oscillation axis of the self-supporting frame type arranged on the structure in a chosen geometric relationship in relation to the said top of the window panel, and capable of receiving the horizontal articulation bar forming the oscillation axis, and intended to be articulated with the said end of the said support arm in order to allow the distribution of mechanical stresses as well as a lightening of the forces on the structure. - a shutter designed to at least partially conceal a window of a structure and capable of supporting at least one frame equipped with at least one solar energy conversion module; and - means for angular oscillation of said frame with respect to the solar exposure; wherein the means for angular oscillation comprise at least one support arm supporting said frame, characterised in that one of the ends of the at least one support arm is articulated in a pivotal manner about a horizontal articulation bar along a horizontal axis Z, said horizontal articulation bar being fixed to a structure of the window and offset vertically in relation a vertical axis Y, according to a geometric relationship chosen with respect to the top of a panel of the window, so as to reduce the shadow cast on said solar energy conversion module by virtue of the projection of said frame along the horizontal axis X; and - fixing means of the oscillation axis of the self-supporting frame type arranged on the structure in a chosen geometric relationship in relation to the said top of the window panel, and capable of receiving the horizontal articulation bar forming the oscillation axis, and intended to be articulated with the said end of the said support arm in order to allow the distribution of mechanical stresses as well as a lightening of the forces on the structure.
A venting device comprising an annular wall having an axis with an axial direction and a radial direction transverse to the axial direction, an annular flange connected to the annular wall and extending away from the annular wall in the radial direction, a cup-shaped member connected to the annular wall, the cup-shaped member defining a cavity having an opening and a peripheral edge around the opening and a venting hole allowing air to pass through the venting hole, the cup-shaped member having a first position in which the peripheral edge and the opening of the cavity face towards the flange so that a sheet material such as an underroof can be accommodated between the flange and the peripheral edge with the peripheral edge in sealing contact with the sheet material, characterized in that the cup-shaped member has a second position in which the peripheral edge and the opening of the cavity face away from the flange in the axial direction, and that the cup-shaped member is flexible so as to allow it to be inverted to assume the first position.
A system adapted to deliver fluid to a wound therapy dressing, comprising: a negative pressure source adapted to be in fluid communication with the wound therapy dressing to provide negative pressure to the wound therapy dressi ng; a housing adapted to receive a fluid reservoir, the fluid reservoir adapted to be in fluid communication with the wound therapy dressing to provide fluid from the fluid reservoir to the wound therapy dressing; a flow sensor adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressing and to detect a flow rate of the fluid from the fluid reservoir to the wound therapy dressi ng; a flow controller adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressi ng and to control a flow of the fluid from the fluid reservoir to the wound therapy dressi ng; and a control circuit adapted to control the negative pressure source and the flow controller, wherein the control circuit is further adapted to receive a fluid flow rate signal from the flow sensor that corresponds to the flow rate of the fluid from the fluid reservoir and a negative pressure signal that corresponds to the negative pressure in the wound therapy dressing and characterized in that the control circuit is further adapted to cease the fluid flow to the wound therapy dressi ng when the negative pressure in the wound therapy dressing is approximately atmospheric pressure. a negative pressure source adapted to be in fluid communication with the wound therapy dressing to provide negative pressure to the wound therapy dressi ng; a housing adapted to receive a fluid reservoir, the fluid reservoir adapted to be in fluid communication with the wound therapy dressing to provide fluid from the fluid reservoir to the wound therapy dressing; a flow sensor adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressing and to detect a flow rate of the fluid from the fluid reservoir to the wound therapy dressi ng; a flow controller adapted to be positioned in fluid communication between the fluid reservoir and the wound therapy dressi ng and to control a flow of the fluid from the fluid reservoir to the wound therapy dressi ng; and a control circuit adapted to control the negative pressure source and the flow controller, wherein the control circuit is further adapted to receive a fluid flow rate signal from the flow sensor that corresponds to the flow rate of the fluid from the fluid reservoir and a negative pressure signal that corresponds to the negative pressure in the wound therapy dressing and characterized in that the control circuit is further adapted to cease the fluid flow to the wound therapy dressi ng when the negative pressure in the wound therapy dressing is approximately atmospheric pressure.
A method for operating a laboratory apparatus (1; 101) that is cooled by means of a flammable refrigerant, comprising: - Ventilating an internal area of the cooled laboratory apparatus (1; 101) with the aid of a fan, wherein control of the fan is carried out over a first period of time by a first control device; - checking by means of a first predefined criterion whether the ventilation was successful; - transferring control of the fan to a second control device if the ventilation was successful over the first time period; - checking by means of a second predefined criterion whether the fan is successfully controlled by the second control device; - activating a power supply for at least one further device (5, 7) of the cooled laboratory apparatus (1; 101) to be supplied with electric current if the fan is successfully controlled by the second control device. - Ventilating an internal area of the cooled laboratory apparatus (1; 101) with the aid of a fan, wherein control of the fan is carried out over a first period of time by a first control device; - checking by means of a first predefined criterion whether the ventilation was successful; - transferring control of the fan to a second control device if the ventilation was successful over the first time period; - checking by means of a second predefined criterion whether the fan is successfully controlled by the second control device; - activating a power supply for at least one further device (5, 7) of the cooled laboratory apparatus (1; 101) to be supplied with electric current if the fan is successfully controlled by the second control device.
A user terminal device (100-1, 100-2) connected in a network, the user terminal device comprising: a display to display a main user interface, UI, screen including therein a first install menu to install an application program onto a device connected in the network and a second install menu to install a driver program onto the user terminal device; an input unit through which one of the first install menu and the second install menu is selected on the main UI screen; and a controller to carry out an application installation in which the application program is installed onto a said device connected in the network, if the first install menu is selected, or carry out a driver program installation in which the driver program is installed onto the user terminal device, if the second install menu is selected, wherein if one of the first install menu and the second install menu is selected, the controller causes the display to display a map image, indicative of an arrangement of devices in an environment where the network is constructed, and carries out the application program installation onto the device selected from the map image or the driver program installation onto the user terminal device. a display to display a main user interface, UI, screen including therein a first install menu to install an application program onto a device connected in the network and a second install menu to install a driver program onto the user terminal device; an input unit through which one of the first install menu and the second install menu is selected on the main UI screen; and a controller to carry out an application installation in which the application program is installed onto a said device connected in the network, if the first install menu is selected, or carry out a driver program installation in which the driver program is installed onto the user terminal device, if the second install menu is selected, wherein if one of the first install menu and the second install menu is selected, the controller causes the display to display a map image, indicative of an arrangement of devices in an environment where the network is constructed, and carries out the application program installation onto the device selected from the map image or the driver program installation onto the user terminal device.
Burner system, in particular gas burner system or oil burner system, with a safety device, the safety device comprising a monitoring unit, a test block and an output stage having at least one contact member (&41), wherein the monitoring unit comprises at least two, preferably at least three, outputs and is configured to provide at least two (32, 37), preferably at least three (31, 32, 37), different output signals for testing its absence from faults, wherein the monitoring unit is configured to provide at least one output signal as an enabling signal for a switch-off function, wherein the test block comprises at least one input and is configured to monitor at least one of the output signals of the monitoring unit, wherein the test block comprises at least one output and is configured to provide at least one further enabling signal for a switch-off function, characterised in that the at least one contact member (&41) of the output stage has at least two inputs and is configured to link at least one of the output signals of the monitoring unit to the at least one further enabling signal of the test block in order to obtain a result, and that the output stage comprises the switch-off function and the switch-off function is configured to be activated by taking into consideration the result of the linking undertaken by the contact member (&41).
Child seat device for a child for aligning the spinal column of the child and for preventing and treating a spinal column curvature (scoliosis) of the child, comprising an upper seat part and a lower seat part, wherein the upper seat part is provided with a supporting element on both sides, which supporting elements are designed and arranged relative to the upper seat part in such a way that when a child is sitting on the child seat, the supporting elements surround the chest of the child from the rear to the front at armpit level and thus limit the lateral movements of the child, characterised in that the upper seat part comprises two longitudinal supports in each case, wherein the two longitudinal supports are extendible and can be locked in the extended position, and wherein the supporting element is fixedly connected to the upper seat part and the longitudinal support thereof or is formed on the longitudinal support to be displaceable along the longitudinal support and lockable in its respective position, in order to fix it at its adjusted height.
Composition comprising a peptide that binds hyaluronan linked to an optically detectable moiety for use in visualization of the vitreous by injecting the composition into an eye in an amount effective to render the vitreous visible for surgical correction, and removing the vitreous to surgically correct a disorder of the eye.
Ammonia oxidation catalyst comprising a carrier substrate of length L and materials A and B, wherein - material A contains a zeolite comprising zinc and platinum; - material B contains an SCR catalyst; - material B is arranged over material A; and - material A and B are different from each other, wherein the zinc is present in ion-exchanged form or also wholly or partly as zinc oxide (ZnO) in the zeolite structure and/or on the surface of the zeolite structure. - material A contains a zeolite comprising zinc and platinum; - material B contains an SCR catalyst; - material B is arranged over material A; and - material A and B are different from each other,
Radial blower, in particular for suction hoods, having an impeller rotation axis and comprising: - a housing with a first axial suction opening and a second axial suction opening opposite the first suction opening and an outlet opening in tangential direction, the outlet opening defining an opening plane, - a conveying unit (6, 7) arranged in a conveying space inside the housing and having an electric motor and an impeller connected to a rotor of the electric motor, wherein a tangential outlet portion of the housing forms an outlet channel delimited by an outer wall portion and an inner wall portion opposite the outer wall portion, wherein, in a section plane parallel to the opening plane, the outlet channel and the outlet opening define a flow section in which the inner wall portion forms a flattened base substantially parallel to the rotation axis and the outer wall portion forms a delimitation in the shape of an arc, the ends of which are connected to the ends of the flattened base, characterized in that the inner wall portion has a circle arc shape in a longitudinal cross-section, in a section plane orthogonal to the rotation axis, having a radius greater than the outer radius of the impeller, or in the range from 4/3 to 6/3 of the outer radius of the impeller. - a housing with a first axial suction opening and a second axial suction opening opposite the first suction opening and an outlet opening in tangential direction, the outlet opening defining an opening plane, - a conveying unit (6, 7) arranged in a conveying space inside the housing and having an electric motor and an impeller connected to a rotor of the electric motor,
Computer-implemented method for data classification, comprising: - providing a token set, which contains tokens which were generated from a plurality of field values of a plurality of data records (DR1-DR8) by tokenization, the tokens having been generated from field values of at least two different field types (F1-F7), the tokens being stored in the form of a bit sequence; - analyzing one or more features of the tokens at the level of the bit sequence in order to identify subsets (420, 422, 424) of feature-similar tokens, the features comprising the bit sequence of the tokens and/or the length of the bit sequence; - storing a copy of each of the subsets of feature-similar tokens in a form (426, 428, 430) that is separated by subset, each subset copy representing a class of feature-similar data; and - generating a sub-index (426, 428, 430) from each of the subsets (420, 422, 424) of feature-similar tokens, the storage location of the tokens in the structure of each of the sub-indices being irrespective of which of the field types the tokens originate from; - providing an index-selection program, which is configured to automatically identify those sub-indices dynamically of which the tokens are most similar to a data value in terms of bit sequence and/or bit-sequence length in order to respond to a database query. - providing a token set, which contains tokens which were generated from a plurality of field values of a plurality of data records (DR1-DR8) by tokenization, the tokens having been generated from field values of at least two different field types (F1-F7), the tokens being stored in the form of a bit sequence; - analyzing one or more features of the tokens at the level of the bit sequence in order to identify subsets (420, 422, 424) of feature-similar tokens, the features comprising the bit sequence of the tokens and/or the length of the bit sequence; - storing a copy of each of the subsets of feature-similar tokens in a form (426, 428, 430) that is separated by subset, each subset copy representing a class of feature-similar data; and - generating a sub-index (426, 428, 430) from each of the subsets (420, 422, 424) of feature-similar tokens, the storage location of the tokens in the structure of each of the sub-indices being irrespective of which of the field types the tokens originate from; - providing an index-selection program, which is configured to automatically identify those sub-indices dynamically of which the tokens are most similar to a data value in terms of bit sequence and/or bit-sequence length in order to respond to a database query.