mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell stack of a flat plate type, comprising a plurality of plate-shaped fuel cells stacked on one another in a stacking direction, each of the plate-shaped fuel cells including: an electrolyte layer, an anode disposed on one surface of the electrolyte layer and in contact with fuel gas, and a cathode disposed on the other surface of the electrolyte layer and in contact with oxidant gas, the fuel cells being assembled in a state in which they are pressed in the stacking direction, the fuel cell stack further includes at least one of a fuel manifold (62,66) communicating with a space adjacent to the anode which is a flow passage where the fuel gas comes into contact with the anode and an oxidant manifold (64,68) communicating with a space adjacent to the cathode which is a flow passage where the oxidant gas comes into contact with the cathode is provided to extend in the stacking direction; whereby the at least one manifold (62,64,66,68) extends in a stacking direction, characterized in that, starting from an inner side a glass seal member (93,103,105,107,109,127,169,153) and a compression seal member (91,111,123,125,147,151) are successively surrounding the at least one manifold (62,64,66,68) and disposed in parallel along a plane perpendicular to the stacking direction such that the compression seal member (91,111,123,125,147,151) and the glass seal member (93,103,105,107,109,127,169,153) are sandwiched in the stacking direction between an interconnector and a separator of the fuel cell stack. an electrolyte layer, an anode disposed on one surface of the electrolyte layer and in contact with fuel gas, and a cathode disposed on the other surface of the electrolyte layer and in contact with oxidant gas, the fuel cells being assembled in a state in which they are pressed in the stacking direction, the fuel cell stack further includes at least one of a fuel manifold (62,66) communicating with a space adjacent to the anode which is a flow passage where the fuel gas comes into contact with the anode and an oxidant manifold (64,68) communicating with a space adjacent to the cathode which is a flow passage where the oxidant gas comes into contact with the cathode is provided to extend in the stacking direction; whereby the at least one manifold (62,64,66,68) extends in a stacking direction, characterized in that, starting from an inner side a glass seal member (93,103,105,107,109,127,169,153) and a compression seal member (91,111,123,125,147,151) are successively surrounding the at least one manifold (62,64,66,68) and disposed in parallel along a plane perpendicular to the stacking direction such that the compression seal member (91,111,123,125,147,151) and the glass seal member (93,103,105,107,109,127,169,153) are sandwiched in the stacking direction between an interconnector and a separator of the fuel cell stack.
Apparatus for electrospinning at least one array of fibres from an electrospinning fluid, the apparatus comprising: a) a fluid source; b) a high voltage supply connectable to the fluid source; c) a conductive collector surface spaced from the fluid source, the apparatus configured to hold at least part of the conductive collector surface at an electrical potential to create a potential difference between said at least part of the conductive collector surface and the fluid source in use; and d) a non-conductive laminate fibre collection structure covering at least part of the conductive collector surface, the laminate fibre collection structure including a non-conductive base layer proximal to the conductive collector surface and a non-conductive fibre support layer releasably affixed to the base layer, at least one set of apertures defined in the fibre support and base layers, said at least one set of apertures including a first group of apertures defined through the fibre support layer and a second group of apertures defined through the base layer, the first group of apertures including a pair of first apertures spaced apart from one another and a second aperture located between the pair of spaced first apertures, the second group of apertures including a pair of third apertures spaced apart from one another, each of the third apertures being aligned with a corresponding one of the first apertures to define an opening through the non-conductive laminate collection structure and wherein the conductive collector surface is covered by a region of the non-conductive base layer below the second aperture. a) a fluid source; b) a high voltage supply connectable to the fluid source; c) a conductive collector surface spaced from the fluid source, the apparatus configured to hold at least part of the conductive collector surface at an electrical potential to create a potential difference between said at least part of the conductive collector surface and the fluid source in use; and d) a non-conductive laminate fibre collection structure covering at least part of the conductive collector surface, the laminate fibre collection structure including a non-conductive base layer proximal to the conductive collector surface and a non-conductive fibre support layer releasably affixed to the base layer, at least one set of apertures defined in the fibre support and base layers, said at least one set of apertures including a first group of apertures defined through the fibre support layer and a second group of apertures defined through the base layer, the first group of apertures including a pair of first apertures spaced apart from one another and a second aperture located between the pair of spaced first apertures, the second group of apertures including a pair of third apertures spaced apart from one another, each of the third apertures being aligned with a corresponding one of the first apertures to define an opening through the non-conductive laminate collection structure and wherein the conductive collector surface is covered by a region of the non-conductive base layer below the second aperture.
An image forming apparatus capable of acquiring and displaying Web content, the image forming apparatus comprising: an acquisition unit configured to acquire Web content; a display control unit configured to cause the Web content acquired by the acquisition unit to be displayed on a display unit according to display control information based on the Web content; a print-data generating unit configured to generate, based on the display control information for the Web content, print data for printing the Web content displayed on the display unit by the display control unit in page units for printing; and a printing unit configured to print the Web content in page units according to the print data generated by the print-data generating unit; characterized in that the display control information is bitmap data for causing the Web content to be displayed on the display unit, the display control unit includes: a generating unit configured to perform rendering based on the Web content acquired by the acquisition unit to generate the bitmap data; and a storage unit configured to store therein the bitmap data generated by the generating unit in order to be displayed on the display unit, and the print-data generating unit is configured to generate the print data based on the bitmap data stored in the storage unit. an acquisition unit configured to acquire Web content; a display control unit configured to cause the Web content acquired by the acquisition unit to be displayed on a display unit according to display control information based on the Web content; a print-data generating unit configured to generate, based on the display control information for the Web content, print data for printing the Web content displayed on the display unit by the display control unit in page units for printing; and a printing unit configured to print the Web content in page units according to the print data generated by the print-data generating unit; characterized in that the display control information is bitmap data for causing the Web content to be displayed on the display unit, the display control unit includes: a generating unit configured to perform rendering based on the Web content acquired by the acquisition unit to generate the bitmap data; and a storage unit configured to store therein the bitmap data generated by the generating unit in order to be displayed on the display unit, and a generating unit configured to perform rendering based on the Web content acquired by the acquisition unit to generate the bitmap data; and a storage unit configured to store therein the bitmap data generated by the generating unit in order to be displayed on the display unit, and the print-data generating unit is configured to generate the print data based on the bitmap data stored in the storage unit.
Method for transferring informational data in a passenger transportation device, having an informational system with associated output units (AE1,..., AEn), and wherein setup of a connection between mobile terminals located in the passenger transportation device and radio communication systems outside the passenger transportation device is suppressed by a masking signal generated by a control unit and the setup of a connection between mobile terminals located in the passenger transportation device is diverted to a radio communication system (BS, C, A) located in the passenger transportation device, characterised in that this masking signal is coded and modulated by the control unit, such that informational data is transferred (3, 4) with the aid of the masking signal from the informational system via a combination unit and an antenna unit of the radio communication system (BS, C, A) disposed in the passenger transportation device to the output units (AE1,..., AEn) belonging to the informational system and is then output by these output units (AE1,..., AEn).
Kit for making a luminaire comprising: - a flat casing integrating all the optical, electronic and electrical means of the luminaire, at least one face of which is at least partially glazed, housing at least one printed circuit board on which is mounted at least one light-emitting diode oriented towards the at least partially glazed face, - a support for hooking said casing above an area to be illuminated, and - a member (18, 180) for securing the casing to said support, comprising at least one housing (19, 190) designed able to house at least one part of the casing and an end-piece (20, 200) allowing the housing (19, 190) to be fixed to said support; said support comprising within it means for controlling the printed circuit boards; characterized in that - the casing comprises a bottom surmounted by a peripheral wall delimiting a space of shape and size adjusted according to the number of printed circuit boards hosted by said casing, said space being closed by said at least partially glazed face, and - the space is subdivided into at least two coplanar compartments by means of at least one V-shaped bar presenting two opposite flanks (14a, 14b) joined by a top and extending along the bottom of the casing in such a way that its top is oriented towards the at least partially glazed face of said casing, and - the at least partially glazed face rests and is fixed on a shoulder extending between the inner face and the free edge of the peripheral wall of the casing, and - the shoulder comprises a groove provided with a sealing joint. - a flat casing integrating all the optical, electronic and electrical means of the luminaire, at least one face of which is at least partially glazed, housing at least one printed circuit board on which is mounted at least one light-emitting diode oriented towards the at least partially glazed face, - a support for hooking said casing above an area to be illuminated, and - a member (18, 180) for securing the casing to said support, comprising at least one housing (19, 190) designed able to house at least one part of the casing and an end-piece (20, 200) allowing the housing (19, 190) to be fixed to said support; said support comprising within it means for controlling the printed circuit boards; - the casing comprises a bottom surmounted by a peripheral wall delimiting a space of shape and size adjusted according to the number of printed circuit boards hosted by said casing, said space being closed by said at least partially glazed face, and - the space is subdivided into at least two coplanar compartments by means of at least one V-shaped bar presenting two opposite flanks (14a, 14b) joined by a top and extending along the bottom of the casing in such a way that its top is oriented towards the at least partially glazed face of said casing, and - the at least partially glazed face rests and is fixed on a shoulder extending between the inner face and the free edge of the peripheral wall of the casing, and - the shoulder comprises a groove provided with a sealing joint.
Method for manufacturing a prefabricated building element the method comprising the steps of: - peeling a log in a lathe to form a veneer, wherein the thickness of the veneer is in the range from about 2.5 mm up to about 5 mm; - forming the veneer to a veneer sheet of a suitable size, wherein the veneer sheet has a first side and a second side; - drying the veneer sheet; - applying glue on at least one side (2, 3) of the veneer sheet, preferably by the aid of a spreader; - pressing a predetermined number of glued veneer sheets together to form a billet in a pressing stage, wherein the billet has a first side and a second side which facing away from the first side; - trimming the edges of the billet, such that the billet is square formed; - hot pressing the billet for 10-90 minutes; - applying glue on at least one side of the billet, preferably by the aid of a spreader; and - cold pressing a predetermined number of glued billets together to form a building element, the building element has a thickness from about 80 mm to about 400 mm; characterized in that the building element comprising several layers of billets, wherein each layer is formed by several billets with a smaller areal surface than the areal surface of the layer. - peeling a log in a lathe to form a veneer, wherein the thickness of the veneer is in the range from about 2.5 mm up to about 5 mm; - forming the veneer to a veneer sheet of a suitable size, wherein the veneer sheet has a first side and a second side; - drying the veneer sheet; - applying glue on at least one side (2, 3) of the veneer sheet, preferably by the aid of a spreader; - pressing a predetermined number of glued veneer sheets together to form a billet in a pressing stage, wherein the billet has a first side and a second side which facing away from the first side; - trimming the edges of the billet, such that the billet is square formed; - hot pressing the billet for 10-90 minutes; - applying glue on at least one side of the billet, preferably by the aid of a spreader; and - cold pressing a predetermined number of glued billets together to form a building element, the building element has a thickness from about 80 mm to about 400 mm;
Transport vehicle which has a chassis having at least two active steering axles (10a, 10b), wherein the chassis comprises at least two chassis portions (4a, 4b), which each carry a row of running gears (10a, 10b; 10a', 10b') which are arranged one behind the other and which each have at least one wheel rotation arrangement (11a, 11b; 11a', 11b') which can preferably be adjusted transversely relative to a vertical longitudinal centre plane of the transport vehicle, wherein at a transverse side of the transport vehicle a coupling apparatus having a coupling element which is supported so as to be able to be pivoted about an axis in the coupling apparatus and by means of which the transport vehicle can be coupled to a towing or pushing vehicle which moves it, characterised in that the coupling apparatus has at least four control cylinders (30a-30d), wherein at least two control cylinders (30a, 30c) are connected with the ring-side end thereof by means of piston rods (31a, 31c) at a first side of the pivotable coupling element and with the piston-side end thereof to the coupling apparatus and at least two control cylinders (30b, 30d) are connected to the ring-side end thereof by means of piston rods (31b, 31d) with a second side of the pivotable coupling element and with the piston-side end thereof to the coupling apparatus, in that the two first running gears (10a, 10a') and the two second running gears (10b, 10b') each have a steering cylinder (40a, 40b; 40c, 40d), wherein a first steering cylinder (40a or 40c) engages on a first wheel rotation arrangement (11a or 11b) and a second steering cylinder (40b or 40d) engages on a second wheel rotation arrangement (11a' or 11b') in such a manner that a piston-side end of the corresponding steering cylinder (40a-40d) is connected to the chassis and a ring-side end via a corresponding piston rod acts on a steering unit (14 or 14') of the corresponding pair of wheel rotation arrangements (11a, 11a', or 11b, 11b') and in that a piston-side connection opening (32a-32d) of a control cylinder (30a-30d) is connected to a piston-side connection opening (42a-42d) of the steering cylinder (40a-40d) which is associated with this control cylinder (30a-30d) and a ring-side connection opening (43a-43d) of this steering cylinder (40a-40d) is connected to a ring-side connection opening (33a-33d) of this control cylinder (30a-30d) via corresponding hydraulic lines (35a-35d, 36a-36d).
A mobile terminal comprising: a memory, a wireless communication unit configured to receive at least one of authentication information and a message from an external electronic device; an authenticating unit configured to perform user authentication by using the authentication information received from the electronic device; and a controller configured to, when the user authentication is performed, perform a control operation in response to a control command included in the received message, and transmit a message indicating the result of performing the control operation to the electronic device, wherein the controller retrieves at least one of information regarding a generated event and information stored in the memory on the basis of the control command, and transmits the message including the retrieved information to the electronic device. a memory, a wireless communication unit configured to receive at least one of authentication information and a message from an external electronic device; an authenticating unit configured to perform user authentication by using the authentication information received from the electronic device; and a controller configured to, when the user authentication is performed, perform a control operation in response to a control command included in the received message, and transmit a message indicating the result of performing the control operation to the electronic device, wherein the controller retrieves at least one of information regarding a generated event and information stored in the memory on the basis of the control command, and transmits the message including the retrieved information to the electronic device.
A lip seal comprising: a lip part in sliding contact with an entire periphery of a surface of a shaft; an elastic arm part and a flexible wall supporting the lip part at a sliding contact position; key parts connecting the elastic arm part and the flexible wall to a housing, respectively, and each having a ring shape; and a pressure regulation chamber with a ring shape using the elastic arm part and the flexible wall as partition walls, wherein: the elastic arm part extends from an end face of the lip part outward in any direction of the longitudinal directions of the shaft to be in sliding contact in a direction apart from the shaft toward the key part, the flexible wall rises from a side facing the housing of the lip part to an outside of the sliding contact position, the flexible wall is thinner than the elastic arm part, and the flexible wall deforms due to increase or decrease in pressure in the pressure regulation chamber to cause the lip part to change at least radially with the shaft as a center. a lip part in sliding contact with an entire periphery of a surface of a shaft; an elastic arm part and a flexible wall supporting the lip part at a sliding contact position; key parts connecting the elastic arm part and the flexible wall to a housing, respectively, and each having a ring shape; and a pressure regulation chamber with a ring shape using the elastic arm part and the flexible wall as partition walls, wherein: the elastic arm part extends from an end face of the lip part outward in any direction of the longitudinal directions of the shaft to be in sliding contact in a direction apart from the shaft toward the key part, the flexible wall rises from a side facing the housing of the lip part to an outside of the sliding contact position, the flexible wall is thinner than the elastic arm part, and the flexible wall deforms due to increase or decrease in pressure in the pressure regulation chamber to cause the lip part to change at least radially with the shaft as a center. the elastic arm part extends from an end face of the lip part outward in any direction of the longitudinal directions of the shaft to be in sliding contact in a direction apart from the shaft toward the key part, the flexible wall rises from a side facing the housing of the lip part to an outside of the sliding contact position, the flexible wall is thinner than the elastic arm part, and the flexible wall deforms due to increase or decrease in pressure in the pressure regulation chamber to cause the lip part to change at least radially with the shaft as a center.
Gas valve unit for adjusting a gas volume flow supplied to a gas burner of a gas appliance, in particular a gas hob, wherein the gas valve unit has a number of on-off valves and a single magnetic plate, wherein the number of on-off valves can be connected additively by moving the single magnetic plate relative to the on-off valves, wherein a plurality N of on-off valves is provided, wherein each on-off valve has a moveable shut-off element, which rests against a valve seat when the on-off valve is closed and as a result closes an opening in the valve seat and wherein the second up to n'th openings have an opening cross-section which increases in sequence.