mhurhangee/ep-ind-claims huggingface dataset:
A roof window, in particular skylight window, comprising a sash frame and comprising a blind frame, as well as comprising at least one one-piece or multi-piece cover element, which is assigned to the outer side of the roof window and which is embodied as cover plate, and which consists of an upper, horizontal cover profile as well as of two vertical cover legs (13, 14), wherein the cover element covers at least one area of the sash frame and/or of the blind frame by leaving open a hollow space, which extends below the cover profile and below the cover legs (13, 14), and comprising a venting device, which has at least one air way, which leads from an inner side of the roof window to the outer side of the roof window and has at least one air way section, which includes the hollow space, characterised in that for a canalization of the air way, which takes place in the hollow space, provision is made for at least one compartmentalisation, which, for separating at least one area of the hollow space, is arranged in the latter, so that the air way section does not have a ventilation connection to the separated area of the hollow space.
A system for quickly charging a vehicle battery pack using a recovery vehicle, wherein the system comprises a charging power supply module and the vehicle battery pack, the charging power supply module being equipped in the recovery vehicle to supply quick charging power to the vehicle battery pack, and the vehicle battery pack comprising: quick charging power lines placed in the vehicle battery pack to provide charging paths through which the charging power supplied from the charging power supply module is provided to battery cells of the vehicle battery pack; and a quick charge switch placed in the quick charging power lines to selectively open or close the charging paths, the vehicle battery pack further comprising a control module to sense the connection of the charging power supply module to the quick charging power lines and adapted to turn off a charge control switch and a discharge control switch which are both placed in a charging/discharging path of the vehicle battery pack and to turn on the quick charge switch when the connection of the charging power supply module to the quick charging power lines is sensed, so that the charging power is provided to the battery cells, - the charging power supplied by the charging power supply module being adjustable, and - the charging power supply module automatically controlling the amount of the charging power when it receives information on the kind of the vehicle battery pack from the vehicle battery pack or the kind of a vehicle equipped with the vehicle battery pack. - the charging power supplied by the charging power supply module being adjustable, and - the charging power supply module automatically controlling the amount of the charging power when it receives information on the kind of the vehicle battery pack from the vehicle battery pack or the kind of a vehicle equipped with the vehicle battery pack.
A camera comprising an image sensor for detecting image data from a detection zone, an illumination unit (20, 24) having at least one light source for illuminating the detection zone, and a front screen as well as a lateral deflection element that is associated with the light source, the lateral deflection element being arranged in the camera protected by the front screen and having a diffusely scattering surface or a reflective surface in order to generate a diffuse illumination or a dark field illumination in the detection zone, characterized in that the deflection element is subsequently replaceable in order to change between diffuse illumination and dark field illumination and/or in order to modify illumination parameters by a different shape of the deflection element.
Extractor hood, in particular an island hood, comprising an internal flue housing, an external flue housing and an extractor housing, the internal flue housing comprising a lower support-frame part which holds the extractor housing and an upper support-frame part which can be attached to a ceiling surface, and the external flue housing being capable of being slid onto the internal flue housing, characterised in that a spacing element is provided to form a shadow gap between the ceiling surface and the upper edge region of the slid-on external flue housing at the upper side of the upper support-frame part, detachable levelling plates being integrally moulded on the spacing element, in order to position the spacing element in a fixed and aligned manner on the ceiling surface, and/or detachable end caps being integrally moulded on the spacing element for existing mounting openings.
A method of installing an application program to an information processing device which is connected with a network using user setting information including at least one setting item, the method being able to execute a normal installation and a reference installation, the method comprising the steps of: requiring a user who installs the application program according to the normal installation to input the user setting information; and registering the user setting information which is inputted when the normal installation is executed with an information processing server connected to the network; executing the reference installation which includes the steps of: acquiring the user setting information from the information processing server if stored in the information processing server; making the user select whether the user setting information acquired from the information processing server is to be changed; making the user input the change for each setting item if the user selects to change the user setting information; making the information processing device execute displaying the user setting information acquired from the information processing server when the contents are changed by the step of making the user input the change; and using the user setting information acquired by the step of acquiring the user setting information with the change input by the user. requiring a user who installs the application program according to the normal installation to input the user setting information; and registering the user setting information which is inputted when the normal installation is executed with an information processing server connected to the network; executing the reference installation which includes the steps of: acquiring the user setting information from the information processing server if stored in the information processing server; making the user select whether the user setting information acquired from the information processing server is to be changed; making the user input the change for each setting item if the user selects to change the user setting information; making the information processing device execute displaying the user setting information acquired from the information processing server when the contents are changed by the step of making the user input the change; and acquiring the user setting information from the information processing server if stored in the information processing server; making the user select whether the user setting information acquired from the information processing server is to be changed; making the user input the change for each setting item if the user selects to change the user setting information; making the information processing device execute displaying the user setting information acquired from the information processing server when the contents are changed by the step of making the user input the change; and using the user setting information acquired by the step of acquiring the user setting information with the change input by the user.
A wire guide module, which comprises: a) a housing having a first end and a second end with a first side and a second side extending between the ends (12A, 12B); b) an inner passageway extending through the housing between the ends (12A, 12B) of the housing with openings (22A, 22B) in the first and second ends (12A, 12B) of the housing in communication with the inner passageway; and c) a plurality of rollers mounted in the housing adjacent the inner passageway, wherein the rollers are mounted on alternate sides of the inner passageway along the length of the inner passageway between the ends (12A, 12B) of the housing so that a first roller is positioned between the first side of the housing and the inner passageway and a second roller directly adjacent the first roller along the length of the inner passageway is positioned between the second side of the housing and the inner passageway, characterized in that that all the rollers do not overlap along the length of the inner passageway. a) a housing having a first end and a second end with a first side and a second side extending between the ends (12A, 12B); b) an inner passageway extending through the housing between the ends (12A, 12B) of the housing with openings (22A, 22B) in the first and second ends (12A, 12B) of the housing in communication with the inner passageway; and c) a plurality of rollers mounted in the housing adjacent the inner passageway, wherein the rollers are mounted on alternate sides of the inner passageway along the length of the inner passageway between the ends (12A, 12B) of the housing so that a first roller is positioned between the first side of the housing and the inner passageway and a second roller directly adjacent the first roller along the length of the inner passageway is positioned between the second side of the housing and the inner passageway, characterized in that that all the rollers do not overlap along the length of the inner passageway.
A method for accessing an Access Point, hereinafter referred to as AP, in a terminal supporting Wireless Local Area Network, hereinafter referred to as WLAN, communication, the method comprising: detecting a current location of the terminal; searching information about a registered location of the terminal from which the terminal has accessed an AP within a predetermined error range from the detected current location in pre-registered access history information stored in the terminal; upon search of the information about the registered location, detecting an accessible AP in the pre-registered access history information based on the search; and attempting to access the detected AP; wherein the pre-registered access history information includes information about registered locations at which the terminal has accessed APs and identification information about a previously accessed AP at each of the registered locations; the method further characterised by updating the access history information by registering the detected AP as inaccessible at the current location, if attempting to access the detected AP is failed. detecting a current location of the terminal; searching information about a registered location of the terminal from which the terminal has accessed an AP within a predetermined error range from the detected current location in pre-registered access history information stored in the terminal; upon search of the information about the registered location, detecting an accessible AP in the pre-registered access history information based on the search; and attempting to access the detected AP; wherein the pre-registered access history information includes information about registered locations at which the terminal has accessed APs and identification information about a previously accessed AP at each of the registered locations; the method further characterised by updating the access history information by registering the detected AP as inaccessible at the current location, if attempting to access the detected AP is failed.
An apparatus for heating a process fluid, comprising: a shell having sides, an upper surface, a lower surface, combustion fluid inlets and a flue gas outlet, wherein the combustion fluid inlets are for admitting a combustion mixture; at least one process coil comprising at least two inlet ports, at least two U-shaped process tubes with the end of each process tube in fluid communication with at least one outlet port, and disposed within the shell; and at least two burners disposed within the shell and on opposite sides of the shell, characterised in that the apparatus further comprises a first manifold having an inlet and multiple outlets, wherein each outlet is in fluid communication with the first inlet port of the at least one process coil; a second manifold having an inlet and multiple outlets, wherein each outlet is in fluid communication with the second inlet port of the at least one process coil; and a third manifold having multiple inlets and an outlet, wherein each inlet is in fluid communication with the outlet port of the at least one process coil. a shell having sides, an upper surface, a lower surface, combustion fluid inlets and a flue gas outlet, wherein the combustion fluid inlets are for admitting a combustion mixture; at least one process coil comprising at least two inlet ports, at least two U-shaped process tubes with the end of each process tube in fluid communication with at least one outlet port, and disposed within the shell; and at least two burners disposed within the shell and on opposite sides of the shell, characterised in that the apparatus further comprises a first manifold having an inlet and multiple outlets, wherein each outlet is in fluid communication with the first inlet port of the at least one process coil; a second manifold having an inlet and multiple outlets, wherein each outlet is in fluid communication with the second inlet port of the at least one process coil; and a third manifold having multiple inlets and an outlet, wherein each inlet is in fluid communication with the outlet port of the at least one process coil.
Grate track separator (3, 3'), which is composed of a plurality of individual fixedly arranged and mounted grate track separation elements, for the fixed arrangement in the form of a central beam between two grate tracks (2, 2') of an inclined feed grate, which is formed in a stepped manner from individual grate rods (7, 8) arranged in rows, of a push grate firing system, in particular for grate firing, wherein each grate track separation element has a flat support surface on the upper side and an upright end surface on the front side in the direction of thrust of the feed grate, as well as a front bearing surface on the underside and, spaced therefrom on the underside, a rear grate rod carrier receptacle formed in the form of a recess and wherein a plurality of the grate track separating elements are arranged in a stepwise manner, in each case with their front bearing surface on the underside resting on the flat support surface of the next grate track separation element adjacent in each case on the front side in a longitudinal direction to the respective grate track separation element, and wherein each grate track separation element is formed as a cast part with tubular water-permeable conduits formed in cast part walls during cast part thereof.
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to at least perform: - receiving measurement indications from a plurality of devices, wherein a respective measurement indication of the measurement indications is indicative of a respective measurement that has been performed by a respective device of the plurality of devices, wherein the respective measurement indication is received via a pre-configured communication resource that is associated with a measurement value and/or measurement range to which the respective measurement corresponds; characterized in that the at least one memory and the computer program code are configured to cause the apparatus to further perform: - -sending one or more further broadcast messages to the plurality of devices, wherein a respective further broadcast message of the one or more further broadcast messages includes an identifier of the used pre-configured communication resource and/or of the measurement value and/or measurement range; and - identifying at least one respective device of the plurality of device that has provided a respective measurement indication of the measurement indications corresponding to a particular measurement value and/or measurement range based on a response from said at least one respective device to the one or more further broadcast messages to report an identity of said at least one respective device. - receiving measurement indications from a plurality of devices, wherein a respective measurement indication of the measurement indications is indicative of a respective measurement that has been performed by a respective device of the plurality of devices, wherein the respective measurement indication is received via a pre-configured communication resource that is associated with a measurement value and/or measurement range to which the respective measurement corresponds; - -sending one or more further broadcast messages to the plurality of devices, wherein a respective further broadcast message of the one or more further broadcast messages includes an identifier of the used pre-configured communication resource and/or of the measurement value and/or measurement range; and - identifying at least one respective device of the plurality of device that has provided a respective measurement indication of the measurement indications corresponding to a particular measurement value and/or measurement range based on a response from said at least one respective device to the one or more further broadcast messages to report an identity of said at least one respective device.
A dial locking system characterised by comprising; a. a dial having dial pinches (101, 102) at center and dial locking profile at periphery; b. a compartment having a central axis with slots (201, 202) and resting profile to accommodate the dial locking profile adapted for locking at periphery; and c. bulged profiles (203, 204) at the slots (201, 202) of the compartment facing downwards adapted for locking at center by the dial pinches (101,102). a. a dial having dial pinches (101, 102) at center and dial locking profile at periphery; b. a compartment having a central axis with slots (201, 202) and resting profile to accommodate the dial locking profile adapted for locking at periphery; and c. bulged profiles (203, 204) at the slots (201, 202) of the compartment facing downwards adapted for locking at center by the dial pinches (101,102).
An anchorage device configured to surround an implantable medical device, the anchorage device comprising: a first component comprising a first substrate; and a second component comprising a second substrate, the second component being positioned within the first component, wherein one of the first and second substrates comprises a hemostatic agent and the other of the first and second substrates comprises an active pharmaceutical ingredient; wherein the first substrate comprises a first piece and a second piece that is joined with the first piece, the first piece and the second piece forming a first pocket having a first cavity and a first opening that is in communication with the first cavity, the second component being configured to be inserted through the first opening and into the first cavity; and wherein the second substrate comprises a third piece and a fourth piece that is joined with the third piece, the third piece and the fourth piece forming a second pocket having a second cavity and a second opening that is in communication with the second cavity, the second pocket being configured to have the implantable medical device inserted through the second opening and into the second cavity; and wherein the first piece and the second piece include a mesh. a first component comprising a first substrate; and a second component comprising a second substrate, the second component being positioned within the first component, wherein one of the first and second substrates comprises a hemostatic agent and the other of the first and second substrates comprises an active pharmaceutical ingredient; wherein the first substrate comprises a first piece and a second piece that is joined with the first piece, the first piece and the second piece forming a first pocket having a first cavity and a first opening that is in communication with the first cavity, the second component being configured to be inserted through the first opening and into the first cavity; and wherein the second substrate comprises a third piece and a fourth piece that is joined with the third piece, the third piece and the fourth piece forming a second pocket having a second cavity and a second opening that is in communication with the second cavity, the second pocket being configured to have the implantable medical device inserted through the second opening and into the second cavity; and wherein the first piece and the second piece include a mesh.
An aerosol generating article comprising: a combustible heat source; an aerosol forming substrate downstream of the combustible heat source; a wrapper circumscribing at least a rear portion of the combustible heat source and at least a front portion of the aerosol forming substrate; wherein a plurality of weakness formations are provided on a region of the wrapper overlying the combustible heat source, and wherein the wrapper is rupturable during use at the plurality of weakness formations to form a ventilation zone comprising a plurality of apertures extending through the wrapper. a combustible heat source; an aerosol forming substrate downstream of the combustible heat source; a wrapper circumscribing at least a rear portion of the combustible heat source and at least a front portion of the aerosol forming substrate; wherein a plurality of weakness formations are provided on a region of the wrapper overlying the combustible heat source, and wherein the wrapper is rupturable during use at the plurality of weakness formations to form a ventilation zone comprising a plurality of apertures extending through the wrapper.
Shading device comprising a canvas which may be wound and unwound on a shaft and opened by extending a load bar attached to the canvas, where the shaft of the canvas is located inside a casing, whereas the load bar is guided by means of several parallel guide rails with the casing arranged on top of the guide rails fixed to said rails by fixing means (7.1, 7.2) characterized in that at least one of said guide rails has two fixing means, a front fixing means(7.1) and another rear fixing means (7.2), for fixing the front (4.1) and rear (4.2) flanges of the casing and said fixing means (7.1, 7.2) having a housing (7.1.1, 7.2.1) to house antagonist flanges (4.1, 4.2) of the casing.
Modular prefabricated element, suitable for the structural construction of slabs in multistory buildings, comprising: - panel means, - beam means (2,2') that are provided with blades inserted into perforated seats which are in said panel means, and - mechanical and adhesive fixing means that connect panel means and beam means (2,2') to each other, characterized in that: - said panel means is a wood XLAM panel defined by several crossed layers of plywood made of hardwood board, - wherein the beam means are two steel collaborating beams (2, 2') jointly arranged below said panel and - each beam (2, 2') is made of two shaped press-formed elements made of steel which are welded together to form a single "omega" profile. - panel means, - beam means (2,2') that are provided with blades inserted into perforated seats which are in said panel means, and - mechanical and adhesive fixing means that connect panel means and beam means (2,2') to each other, - said panel means is a wood XLAM panel defined by several crossed layers of plywood made of hardwood board, - wherein the beam means are two steel collaborating beams (2, 2') jointly arranged below said panel and - each beam (2, 2') is made of two shaped press-formed elements made of steel which are welded together to form a single "omega" profile.