mhurhangee/ep-ind-claims huggingface dataset:
A blower comprising: a housing; an impeller including a plurality of blades disposed cylindrically and a cone connecting one ends of the plurality of blades, the cone being formed in a convex shape inside the plurality of blades, the convex shape having a height lower than the plurality of blades, the impeller being positioned inside the housing; an impeller mounting hole of the housing, the impeller mounting hole being provided close to the one ends of the plurality of blades; an air suction hole of the housing, the air suction hole being provided close to the other ends of the plurality of blades; a discharge flow passage of the housing, the discharge flow passage being formed between the housing and the impeller; a motor provided close to the one ends of the plurality of blades, the motor having a rotary driving shaft connected to the center of the cone; and a motor flange for fixing the motor to the impeller mounting hole, the blower further comprising an internal space partitioning member present between the motor flange and the impeller, wherein the internal space partitioning member is present between the motor flange and the discharge flow passage, wherein the internal space partitioning member has, in a region facing the one ends of the plurality of blades, a partitioning member blade facing region substantially parallel to an annular surface formed by rotation of the one ends of the plurality of blades and the internal space partitioning member has, in a region inside the partitioning member blade facing region, a partitioning member convex portion projecting toward the cone and having a motor mounting hole in which the other end of the motor or the rotary driving shaft is disposed.. a housing; an impeller including a plurality of blades disposed cylindrically and a cone connecting one ends of the plurality of blades, the cone being formed in a convex shape inside the plurality of blades, the convex shape having a height lower than the plurality of blades, the impeller being positioned inside the housing; an impeller mounting hole of the housing, the impeller mounting hole being provided close to the one ends of the plurality of blades; an air suction hole of the housing, the air suction hole being provided close to the other ends of the plurality of blades; a discharge flow passage of the housing, the discharge flow passage being formed between the housing and the impeller; a motor provided close to the one ends of the plurality of blades, the motor having a rotary driving shaft connected to the center of the cone; and a motor flange for fixing the motor to the impeller mounting hole, the blower further comprising an internal space partitioning member present between the motor flange and the impeller,
An apparatus for steering an edge of a moving web comprising a moving conveyor, and two pairs (102, 103) of rolls adjacent to at least one edge side of said moving conveyor, comprising per pair (102, 103) of rolls a first roll (11, 13) above and a second roll (12, 14) below said moving conveyor, wherein for each pair (102, 103) of rolls said first roll (11, 13) above and/or said second roll (12, 14) below can be moved along a vertical axis (v) in relation to one another, wherein said two pairs (102, 103) of rolls are mounted with their central axes (15, 16, 17, 18) perpendicular to the travel direction (t) of said moving conveyor, and wherein said two pairs (102, 103) of rolls comprise a first pair of rolls mounted in a fixed position along a transversal direction of said moving conveyor and a second pair of rolls movably mounted along said transversal direction of said moving conveyor, such that the distance (d) between adjacent rolls of said first and second pair (102, 103) respectively above and below said moving conveyor is variable along said transversal direction.
A method, comprising: storing in a first table a first mapping between a first switch identifier and a next-hop switch identifier for the first switch identifier; storing in a second table a second mapping between the first switch identifier and a first media access control address of a remote device; receiving a first packet, wherein the first MAC address is a destination address of the first packet; identifying from the second table the first switch identifier as corresponding to the first MAC address; encapsulating the first packet in a first encapsulation header with the identified first switch identifier as an egress switch identifier of the first encapsulation header; selecting from the first table the next-hop switch identifier for the identified first switch identifier for forwarding the encapsulated packet; and identifying an egress port associated with the next hop identifier for forwarding the encapsulated packet. storing in a first table a first mapping between a first switch identifier and a next-hop switch identifier for the first switch identifier; storing in a second table a second mapping between the first switch identifier and a first media access control address of a remote device; receiving a first packet, wherein the first MAC address is a destination address of the first packet; identifying from the second table the first switch identifier as corresponding to the first MAC address; encapsulating the first packet in a first encapsulation header with the identified first switch identifier as an egress switch identifier of the first encapsulation header; selecting from the first table the next-hop switch identifier for the identified first switch identifier for forwarding the encapsulated packet; and identifying an egress port associated with the next hop identifier for forwarding the encapsulated packet.
A method of assembling an optical display device comprising a display panel and at least two polarising films (3, 3'), comprising the steps: i) forming a polyvinyl alcohol-based resin layer on a resin substrate; ii) stretching the polyvinyl alcohol-based resin layer integrally with the resin substrate; iii) dyeing the polyvinyl alcohol-based resin layer using a dichroic material, whereby steps i)-iii) produce a polarising film having a thickness of 10 μm or less and having opposed first (3b, 3'b) and second (3a, 3'a) surfaces, said second surface (3a, 3'a) being that in contact with the resin substrate; iv) transferring the polarizing film (3, 3') to an optically functional film and peeling the resin substrate from the polarizing film (3, 3'), wherein the first side (3b, 3'b) of the polarizing film (3, 3') is the contact surface with the optically functional film; v) assembling the polarising film with the display panel in a state in which the said second surface (3a, 3'a) of the polarising film is oriented away from the display panel, and in such a manner that a polarising film is disposed at the viewing side with respect to the display panel, and wherein the optical display device is a liquid crystal display device, comprising a first and a second polarising film each produced by method steps i)-iv), wherein the assembly step additionally includes the step of disposing the second polarising film on the non-viewing side of the display panel. i) forming a polyvinyl alcohol-based resin layer on a resin substrate; ii) stretching the polyvinyl alcohol-based resin layer integrally with the resin substrate; iii) dyeing the polyvinyl alcohol-based resin layer using a dichroic material, whereby steps i)-iii) produce a polarising film having a thickness of 10 μm or less and having opposed first (3b, 3'b) and second (3a, 3'a) surfaces, said second surface (3a, 3'a) being that in contact with the resin substrate; iv) transferring the polarizing film (3, 3') to an optically functional film and peeling the resin substrate from the polarizing film (3, 3'), wherein the first side (3b, 3'b) of the polarizing film (3, 3') is the contact surface with the optically functional film; v) assembling the polarising film with the display panel in a state in which the said second surface (3a, 3'a) of the polarising film is oriented away from the display panel, and in such a manner that a polarising film is disposed at the viewing side with respect to the display panel, and wherein the optical display device is a liquid crystal display device, comprising a first and a second polarising film each produced by method steps i)-iv), wherein the assembly step additionally includes the step of disposing the second polarising film on the non-viewing side of the display panel.
A method for granting access to a service provided by a connected device for a user having a user's device and requesting said access, the method comprising the steps of: - receiving by the user's device from the connected device, via a wireless communication link established between the user's device and the connected device, a request to validate a user profile (U_P), a user profile (U_P) corresponding to a list of at least one data item representing the user's capabilities to use a service provided by the given connected device; - requesting by the user's device to a verification server associated to the at least one data item to validate said data item, and receiving a digital signature of said data item generated by the verification server as a proof of the validation; - transmitting by the user's device the data item of the user profile (U_P) and its digital signature to a device belonging to the owner of the connected device for it to be informed that said data item is validated, the user profile (U_P) being considered as validated when the digital signatures of all the data items listed in the user profile (U_P) are correctly verified by the owner's device; - once the user profile is considered as validated, transmitting (230, 231), by the owner's device to the connected device, either directly or via the user's device a message granting the access, whereby the message is signed by the owner's device; - upon receipt of this message by the connected device, verify, by the connected device, if the message has been signed by the owner's device and, if yes, provide the service. - receiving by the user's device from the connected device, via a wireless communication link established between the user's device and the connected device, a request to validate a user profile (U_P), a user profile (U_P) corresponding to a list of at least one data item representing the user's capabilities to use a service provided by the given connected device; - requesting by the user's device to a verification server associated to the at least one data item to validate said data item, and receiving a digital signature of said data item generated by the verification server as a proof of the validation; - transmitting by the user's device the data item of the user profile (U_P) and its digital signature to a device belonging to the owner of the connected device for it to be informed that said data item is validated, the user profile (U_P) being considered as validated when the digital signatures of all the data items listed in the user profile (U_P) are correctly verified by the owner's device; - once the user profile is considered as validated, transmitting (230, 231), by the owner's device to the connected device, either directly or via the user's device a message granting the access, whereby the message is signed by the owner's device; - upon receipt of this message by the connected device, verify, by the connected device, if the message has been signed by the owner's device and, if yes, provide the service.
A process of operating, a an electric motor driven vehicle, whereby the electric motor is supplied from an energy store with electric current, whereby the remaining distance to be covered with the energy stored in the energy store is stored in a storage device, whereby after switching off the electric motor the remaining distance to be covered with the energy stored in the energy store of the vehicle is transmitted by means of a device connected with the storage device to a mobile terminal device, characterised in that the remaining distance to be covered with the energy stored in the energy store is transmitted to a device serving for opening and closing the vehicle and/or starting and stopping the electric motor serving device.
Welding apparatus for joining fastening elements on workpieces, said apparatus having a control and power source, a fastening element holding device for holding a fastening element, wherein the fastening element holding device is displaceable along a first axis by means of a drive device, and a cleaning electrode holding device for holding a cleaning electrode, wherein the cleaning electrode holding device is aligned along a second axis and wherein the cleaning electrode held by the cleaning electrode holding device is connected to the electric power source, wherein the fastening element holding device and the cleaning electrode holding device are mounted on a common tool carrier, characterized in that the tool carrier is movable on a joining head by means of a tool carrier drive (54; 82; 84) into a joining position in which the first axis is aligned with a joining axis, and is movable into a cleaning position in which the second axis is aligned with the joining axis.
A roof ridge structure for a roofed working space and/or building, with at least two roof surfaces (2, 3) inclined toward each other and forming a roof ridge section, in which roof ridge section a first longitudinal edge of a first roof surface projects in a vertical direction above a second longitudinal edge of a second roof surface, thereby forming an opening (9, 90), and with a pivotable flap, wherein the roof ridge structure has a roof apex, above which the first roof surface projects with its first longitudinal edge, and which roof apex the second roof surface does not reach with its second longitudinal edge, characterised in that the flap is pivotably mounted between at least two stable end positions (Z G, Z O1, Z O2) in the area of and at the second roof surface for the purpose of varying a cross section of the opening and/or for closing the opening (9, 90), and in that an opening with a defined cross section of the opening is formed by a downwardly directed pivoting movement of the flap from a first stable end position (Z G) in which the opening (9, 90) is at least approximately closed.
A sheet manufacturing apparatus 100, comprising: a pressing unit that includes a pressing roller that presses a material containing fibers and a binder, the binder having a function of bonding the fibers together, to form the material into a shape of a continuous sheet; a separate sheet shaping unit that cuts the continuous sheet into a shape of a separate sheet; a transportation unit provided between the pressing roller and the separate sheet shaping unit and configured to transport the continuous sheet formed by the pressing unit to the separate sheet shaping unit; characterised by a cutting-off unit provided between the pressing roller and the transportation unit, configured S0 that, when transportation abnormality occurs on the continuous sheet that is being transported, the cutting-off unit cuts off, from the continuous sheet, a part of the continuous sheet where the transportation abnormality occurs. a pressing unit that includes a pressing roller that presses a material containing fibers and a binder, the binder having a function of bonding the fibers together, to form the material into a shape of a continuous sheet; a separate sheet shaping unit that cuts the continuous sheet into a shape of a separate sheet; a transportation unit provided between the pressing roller and the separate sheet shaping unit and configured to transport the continuous sheet formed by the pressing unit to the separate sheet shaping unit; characterised by a cutting-off unit provided between the pressing roller and the transportation unit, configured S0 that, when transportation abnormality occurs on the continuous sheet that is being transported, the cutting-off unit cuts off, from the continuous sheet, a part of the continuous sheet where the transportation abnormality occurs.
Device for treating a disease requiring a cerebral awaking by olfactory stimulation of a patient with a plurality of scents, said device comprising: - a chamber in which said patient may stay, a mattress being provided in said chamber, - a source of a carrier gas; - a plurality of scent odorization circuits, each odorization circuit comprising: - a container containing an odorous volatile substance, - a container inlet line, provided with a container inlet valve, connecting an inlet of said container with said source of carrier gas, and - a container outlet line, provided with a container outlet valve, connecting an outlet of said container with an exit line; - a control unit, configured to control said container inlet valve and container outlet valve according to a medical protocol, said container inlet and container outlet valves being controlled by the control unit through control lines. - a chamber in which said patient may stay, a mattress being provided in said chamber, - a source of a carrier gas; - a plurality of scent odorization circuits, each odorization circuit comprising: - a container containing an odorous volatile substance, - a container inlet line, provided with a container inlet valve, connecting an inlet of said container with said source of carrier gas, and - a container outlet line, provided with a container outlet valve, connecting an outlet of said container with an exit line; - a container containing an odorous volatile substance, - a container inlet line, provided with a container inlet valve, connecting an inlet of said container with said source of carrier gas, and - a container outlet line, provided with a container outlet valve, connecting an outlet of said container with an exit line; - a control unit, configured to control said container inlet valve and container outlet valve according to a medical protocol, said container inlet and container outlet valves being controlled by the control unit through control lines.
A deflecting guide catheter for guiding a medical device through a lumen of a patient during a medical procedure comprising: an elongated tubular body portion having a lumen and a distal end and proximal end; a first anchor band near the distal end of the elongated tubular body portion; a handle assembly attached to the proximal end of the elongated tubular body portion wherein the handle assembly comprises a proximal actuator assembly and a distal actuator assembly; a first puller wire connected from the proximal actuator assembly to the first anchor band wherein movement of the proximal actuator assembly in a proximal direction causes proximal movement of the puller wire and deflection of the distal end of the deflecting guide catheter; a second puller wire connected from the distal actuator assembly to a second anchor band near the distal end of the elongated tubular body portion, wherein movement of the distal actuator in a proximal direction causes proximal movement of the second puller wire and deflection of the distal end of the deflecting guide catheter; and the proximal actuator assembly comprises a first hypotube and the distal actuator assembly comprises a second hypotube which is adapted to be telescopically received within the first hypotube said first and second hypotubes are adapted to receive the first puller wire, characterised in that: the first hypotube is attached to the distal end of the proximal actuator assembly; and the second hypotube is attached to the proximal end of the distal actuator assembly. an elongated tubular body portion having a lumen and a distal end and proximal end; a first anchor band near the distal end of the elongated tubular body portion; a handle assembly attached to the proximal end of the elongated tubular body portion wherein the handle assembly comprises a proximal actuator assembly and a distal actuator assembly; a first puller wire connected from the proximal actuator assembly to the first anchor band wherein movement of the proximal actuator assembly in a proximal direction causes proximal movement of the puller wire and deflection of the distal end of the deflecting guide catheter; a second puller wire connected from the distal actuator assembly to a second anchor band near the distal end of the elongated tubular body portion, wherein movement of the distal actuator in a proximal direction causes proximal movement of the second puller wire and deflection of the distal end of the deflecting guide catheter; and the proximal actuator assembly comprises a first hypotube and the distal actuator assembly comprises a second hypotube which is adapted to be telescopically received within the first hypotube said first and second hypotubes are adapted to receive the first puller wire, the first hypotube is attached to the distal end of the proximal actuator assembly; and the second hypotube is attached to the proximal end of the distal actuator assembly.
Avalanche transceiver, comprising a transmitting/receiving unit, at least one transmitting/receiving antenna, a magnetic field distance unit for determining a magnetic field distance (D H) from received radio signals and a magnetic field angle unit for determining a magnetic field angle from the field vector direction of received radio signals, wherein the magnetic field distance unit and the magnetic field angle unit are connectable on the output side to a search navigation unit and to a downstream display, characterized in that the avalanche transceiver furthermore comprises an inertial sensor unit, which is connectable on the output side to the search navigation unit via a step duration determination unit for determining a step duration (t S) and via a step length determination unit for ascertaining a first step length (l SB) - based substantially on a control angle from the inertial sensor unit, the step duration (t S) and constants from a constant unit - and for ascertaining a second step length (l SH) - based substantially on the control angle from the inertial sensor unit, the step duration (t S) and the magnetic field distance (D H).
Scaffolding comprising a system of uprights which are mutually connected by ledgers with enclosing of scaffold sections (1,2), wherein successive scaffold sections within a level are provided with a scaffold floor (30,40), a first scaffold section of which comprises a first floor part and a second scaffold section comprises a second floor part, wherein the first floor part extends in a first floor direction and the second floor part extends in a second floor direction, which second floor direction makes an angle with the first floor direction, wherein a platform rests on a support between the first floor part and the second floor part, which platform spans at least for the greater part an intermediate space between the first floor part and the second floor part, and wherein the platform and the support are configured such that an adjustment of the angle between the first and the second floor part is allowed, characterized in that the support is provided by at least one latch body which is connected at a proximal end for rotation about a longitudinal axis to an upright adjacent to the platform, and that the latch body can be brought into a latching co-action with the platform by being rotated about said longitudinal axis and releases the platform by being rotated in opposite direction.