mhurhangee/ep-ind-claims huggingface dataset:
Six-panel automatic door of a lift comprising on each side of the entrance opening of the lift a trio of panels hung on tracks by means of travelling wheels and coupled to a drive, whereas the door of the lift comprises four parallel tracks, whereas the two rear pairs of panels are each hung on one track and each panel of the front pair of panels is hung on an independent track, characterized by that two tracks are created on one rail formed as space longitudinal profile of C-shape, whereas on the outer side of the C-shaped profile the first track is created and on the inner side of the C-shaped profile the second track is created.
A sintered dry-running friction lining containing no binding agent, with a friction lining body comprising a metallic matrix, at least one abrasive material and at least one filler, wherein the at least one abrasive material is selected from a group comprising mullite, silicon dioxide, corundum, glass, aluminum oxide and mixtures thereof and wherein the friction lining body has a porosity which is greater than 10 %, characterized in that the proportion of the at least one abrasive material in the friction lining body is at most 5 % by weight and that the at least one filler is selected from a group comprising mica, feldspar, diatomaceous earth or mixtures thereof.
A robot cleaner comprising: a pad assembly connected to a first motor to receive a rotational force from the motor and configured to rotate in a clockwise or counterclockwise direction to clean a floor surface, characterised in that the robot cleaner further comprises a first wire connected to the pad assembly and a second motor so that the pad assembly is tilted by the driving force of the second motor, wherein the robot cleaner moves in a particular direction by a non-uniform frictional force between a bottom surface of the pad assembly and the floor surface. a pad assembly connected to a first motor to receive a rotational force from the motor and configured to rotate in a clockwise or counterclockwise direction to clean a floor surface, characterised in that the robot cleaner further comprises a first wire connected to the pad assembly and a second motor so that the pad assembly is tilted by the driving force of the second motor, wherein the robot cleaner moves in a particular direction by a non-uniform frictional force between a bottom surface of the pad assembly and the floor surface.
Insufflator with a supply line connection and a discharge line connection and a pressure and flow measuring device arranged between these connections (22, 14) for determining a gas pressure applied to the discharge line connection and a gas volume flow applied to the discharge line connection characterizing measurement variables, characterized in that the pressure and flow measuring device comprises a multilayer circuit board which comprises in its interior at least one flow channel which is connected at its inlet to the supply line connection and at its outlet to the discharge line connection, wherein pressure measuring sensors (32, 34) and electronic components (4, 6) for wiring the pressure measuring sensors (32, 34) are arranged on the board, of which the pressure measuring sensors (32, 34) are each in direct communication with a flow channel via a corresponding opening of the flow channel in the otherwise tightly covering circuit board layer and are formed to provide an initial value representing the static pressure prevailing at the location of the respective opening.
An antenna (102, 202, 302), comprising: an antenna structure, the antenna structure including: an antenna body made from a resin embedded with conductive particles, wherein a surface of the antenna body comprises a resin layer without the embedded conductive particles; and a waveguide structure (106, 204, 304) extending through the antenna body, wherein the walls of the waveguide structure (106, 204, 304) comprise a portion of the surface of the antenna structure on which the embedded conductive particles are exposed. an antenna structure, the antenna structure including: an antenna body made from a resin embedded with conductive particles, wherein a surface of the antenna body comprises a resin layer without the embedded conductive particles; and an antenna body made from a resin embedded with conductive particles, wherein a surface of the antenna body comprises a resin layer without the embedded conductive particles; and a waveguide structure (106, 204, 304) extending through the antenna body, wherein the walls of the waveguide structure (106, 204, 304) comprise a portion of the surface of the antenna structure on which the embedded conductive particles are exposed.
Method for protecting an application program executable on a computer against reverse engineering, said application program being created to run with at least one selected dynamic link library, DLL, on said computer, comprising the steps of: adding a specific DLL loader to the application program, said loader either containing or having access to said selected DLL, by placing the loader and the selected DLL as appendices to the application program or embedding the loader and the selected DLL into the application program, thereby using unused space within the application program; and modifying references from the application program to said selected DLL such that upon loading said application program and said loader into a main memory of the computer, said selected DLL is initialized by said specific loader instead of the operating system, thereby statically attaching the selected DLL to the application program, wherein upon loading the application program, a call that references a table entry is changed so that the selected DLL is called directly; characterised by: wherein other shared DLLs in a process space are provided by said loader with correct references to said selected DLL; and wherein the selected DLL contains encryption functions. adding a specific DLL loader to the application program, said loader either containing or having access to said selected DLL, by placing the loader and the selected DLL as appendices to the application program or embedding the loader and the selected DLL into the application program, thereby using unused space within the application program; and modifying references from the application program to said selected DLL such that upon loading said application program and said loader into a main memory of the computer, said selected DLL is initialized by said specific loader instead of the operating system, thereby statically attaching the selected DLL to the application program, wherein upon loading the application program, a call that references a table entry is changed so that the selected DLL is called directly; wherein other shared DLLs in a process space are provided by said loader with correct references to said selected DLL; and wherein the selected DLL contains encryption functions.
A flywheel module to be used in a vehicle provided with a driving source and a transmission, comprising: - a coupling unit comprising: - an input shaft which can be coupled to the driving source, and - an output shaft which can be coupled to the transmission, and comprising a first coupling which is present between the input shaft and the output shaft and which comprises: - a first coupling half connected to the input shaft, and - a second coupling half connected to the output shaft, as well as - a flywheel unit having an in/output and including: i) a flywheel, and ii) a reduction gear unit having an input which is connected to the flywheel and an output which is connected to the in/output of the flywheel unit, and comprising: a) a reduction gearing (37, 45) as well as b) a coupling device (39, 47) which is connected to the reduction gearing (37, 45), characterized in that the flywheel unit is connected with its in/output to the coupling unit, this in/output being connected via a node to the second coupling half of the first coupling and/or to the output shaft, wherein the flywheel module further includes a hydraulic pump which is connected to the node. - a coupling unit comprising: - an input shaft which can be coupled to the driving source, and - an output shaft which can be coupled to the transmission, and comprising a first coupling which is present between the input shaft and the output shaft and which comprises: - a first coupling half connected to the input shaft, and - a second coupling half connected to the output shaft, as well as - an input shaft which can be coupled to the driving source, and - an output shaft which can be coupled to the transmission, and comprising a first coupling which is present between the input shaft and the output shaft and which comprises: - a first coupling half connected to the input shaft, and - a second coupling half connected to the output shaft, as well as - a first coupling half connected to the input shaft, and - a second coupling half connected to the output shaft, as well as - a flywheel unit having an in/output and including: i) a flywheel, and ii) a reduction gear unit having an input which is connected to the flywheel and an output which is connected to the in/output of the flywheel unit, and comprising: a) a reduction gearing (37, 45) as well as b) a coupling device (39, 47) which is connected to the reduction gearing (37, 45), i) a flywheel, and ii) a reduction gear unit having an input which is connected to the flywheel and an output which is connected to the in/output of the flywheel unit, and comprising: a) a reduction gearing (37, 45) as well as b) a coupling device (39, 47) which is connected to the reduction gearing (37, 45), a) a reduction gearing (37, 45) as well as b) a coupling device (39, 47) which is connected to the reduction gearing (37, 45),
Tool for chip-removing processing which has a tool head having tool blades which comprise the material of the tool head and a tool shaft (4, 7, 8) having a cylindrical clamping portion which is constructed so as to be received in a tool receiving member and which tapers at the front end thereof via a rounded conical portion to a cylindrical extension portion which is arranged concentrically relative to the clamping portion, wherein the tool head is fitted as a separate component to the tool shaft (4, 7., 8) and integrally comprises a hard material having at least one functional layer which comprises a super hard material, such as, for example, CBN or PCD, wherein there is produced at the front end of the extension portion a stud portion which is arranged concentrically relative thereto and which has a circular cross-section and a planar end face which is constructed at the front end thereof and which is orientated substantially perpendicularly to a longitudinal axis and which has a shoulder having an annular counter-face which surrounds the stud portion, characterised in that the tool head has at the rear end thereof a recess which is constructed as a cylindrical blind hole having a base face and an annular abutment face which surrounds the blind hole, and is fitted to the stud portion, and in that, when the tool head is completely fitted to the stud portion, the annular abutment face abuts the annular counter-face of the shoulder in a flush manner or at least in a practically gap-free manner.
A welding-type system, comprising: a power supply with a control input; and a controller, wherein the controller includes a short clearing prediction module that is arranged to receive feedback responsive to an output voltage, and to determine a first derivative of the feedback signal, characterized in that the short clearing prediction module is arranged to calculate a predicted output voltage from the first derivative, and in that the controller further comprises a comparator that is arranged to receive the feedback signal and a value that is a function of the predicted output voltage, wherein the value is greater than the expected output voltage, and wherein the short clearing prediction module is arranged to determine that the short is about to clear when the comparator determines that the feedback signal exceeds or equals the value, and wherein the controller is arranged to provide a signal to the control input, causing an output current to decrease, in response to the short clearing prediction module determining that the short is about to clear. a power supply with a control input; and a controller, wherein the controller includes a short clearing prediction module that is arranged to receive feedback responsive to an output voltage, and to determine a first derivative of the feedback signal,
Optical waveguide for expanding an exit pupil for a display device, having two or more partial optical waveguides (5R, 5G, 5B) adapted to different wavelengths, each having an input coupling hologram, a folding hologram and an output coupling hologram, characterized in that at least one of the partial optical waveguides (5R, 5G, 5B) has on an upper side an optical filter (70, 70R, 70G, 70B) for filtering stray light that is incident in the optical waveguide from a stray light source, with the filter having at least one narrowband transmission band that is adapted to a spectrum of a light source (14R, 14G, 14B) of the display device.
A device for preparing a knee joint for a prosthesis in a patient undergoing total knee arthroplasty surgery, the device comprising: a patient-specific femoral template and a patient specific tibial template, both being designed in the form of cutting blocks and having a plurality of holes and corresponding cannulated locating probes for pin fixation, wherein the tibial template has a hole for guiding the creation of a passage for a stem and a slit for indicating the direction of tibial rotation and guiding the creation of a passage for a keel, and the femoral template has: a slit for guiding a distal femoral cut, characterised in that the femoral template has a flat cutting surface at a free end of the template configured to guide an anterior femoral cut. a patient-specific femoral template and a patient specific tibial template, both being designed in the form of cutting blocks and having a plurality of holes and corresponding cannulated locating probes for pin fixation, wherein the tibial template has a hole for guiding the creation of a passage for a stem and a slit for indicating the direction of tibial rotation and guiding the creation of a passage for a keel, and the femoral template has: a slit for guiding a distal femoral cut, characterised in that the femoral template has a flat cutting surface at a free end of the template configured to guide an anterior femoral cut.
A lung volume reduction device for enhancing a breathing efficiency of a patient with an airway, the device comprising: a proximal end and a distal end; and having a first configuration and a second configuration; the first configuration corresponding to a delivery configuration; the second configuration corresponding to a pre-implantation or post-implantation configuration, wherein the implantable device is configured to be reshaped in a post-implantation configuration to impart a compression force on lung tissue to make the lung tissue that is in contact with the device more curved, the implantable device including at least a proximal helical section and a distal helical section with a transition section disposed therebetween; characterized in that the proximal and distal helical sections comprise a right-handed helical section and a left-handed helical section; and wherein the distal helical section comprises more loops than the proximal helical section when the implantable device is in the second configuration. a proximal end and a distal end; and having a first configuration and a second configuration; the first configuration corresponding to a delivery configuration; the second configuration corresponding to a pre-implantation or post-implantation configuration, wherein the implantable device is configured to be reshaped in a post-implantation configuration to impart a compression force on lung tissue to make the lung tissue that is in contact with the device more curved, the implantable device including at least a proximal helical section and a distal helical section with a transition section disposed therebetween; characterized in that the proximal and distal helical sections comprise a right-handed helical section and a left-handed helical section; and wherein the distal helical section comprises more loops than the proximal helical section when the implantable device is in the second configuration.
An assembly comprising: an anti-rotation projection fixed to a boss extending from a base plate; a mounting component having a first surface and a second surface with a hole extending between the first surface and the second surface; a flange having an aperture, the flange extending generally perpendicularly in a first direction from a first end of the mounting component; and a first curved tab and a second curved tab extending generally perpendicularly in a second direction from a second end of the mounting component opposite the first direction, wherein the first tab and the second tab are spaced apart from each other, and whereby the first tab and the second tab being configured to engage the anti-rotation projection fixed to the boss and positioned between the first tab and the second tab, wherein the boss extends from the base plate and comprises a threaded portion for receiving a fastener; the fastener extending through the hole of the mounting component and into the boss. an anti-rotation projection fixed to a boss extending from a base plate; a mounting component having a first surface and a second surface with a hole extending between the first surface and the second surface; a flange having an aperture, the flange extending generally perpendicularly in a first direction from a first end of the mounting component; and a first curved tab and a second curved tab extending generally perpendicularly in a second direction from a second end of the mounting component opposite the first direction, wherein the first tab and the second tab are spaced apart from each other, and whereby the first tab and the second tab being configured to engage the anti-rotation projection fixed to the boss and positioned between the first tab and the second tab, wherein the boss extends from the base plate and comprises a threaded portion for receiving a fastener; the fastener extending through the hole of the mounting component and into the boss. a mounting component having a first surface and a second surface with a hole extending between the first surface and the second surface; a flange having an aperture, the flange extending generally perpendicularly in a first direction from a first end of the mounting component; and a first curved tab and a second curved tab extending generally perpendicularly in a second direction from a second end of the mounting component opposite the first direction, wherein the first tab and the second tab are spaced apart from each other, and whereby the first tab and the second tab being configured to engage the anti-rotation projection fixed to the boss and positioned between the first tab and the second tab, wherein the boss extends from the base plate and comprises a threaded portion for receiving a fastener; the fastener extending through the hole of the mounting component and into the boss.
Mould element intended to be fitted in a mould for vulcanizing a tread of a tyre, said mould element comprising a moulding part configured to mould at least one sipe or groove in the tread of the tyre, wherein: the moulding part comprises: - a main body; - an opening in the main body; characterized in that said moulding part comprises: - an insert intended to be housed in the opening, said insert having a texture; - securing means for securing the insert to the main body; and in that the main body of the mould element is made by a first manufacturing method and the insert is made by a second manufacturing method different from the first method. the moulding part comprises: - a main body; - an opening in the main body; - a main body; - an opening in the main body; characterized in that said moulding part comprises: - an insert intended to be housed in the opening, said insert having a texture; - securing means for securing the insert to the main body; - an insert intended to be housed in the opening, said insert having a texture; - securing means for securing the insert to the main body; and in that the main body of the mould element is made by a first manufacturing method and the insert is made by a second manufacturing method different from the first method.
A fluid discharging device that discharges fluid from a plurality of discharge openings towards a continuous sheet member which is continuously transported in a transporting direction, the discharge openings being arranged in a width direction of the continuous sheet member associated with an absorbent article, comprising: a plurality of valves that correspond to the discharge openings and intermittently discharge the fluid from the discharge openings by opening and closing operations; and a controller that controls the opening and closing operations of each of the valves individually depending on a transportation amount of the continuous sheet member, and a memory that stores a shared compensation value that is represented by a value indicating the transportation amount, wherein the controller calculates the shared compensation value, based on a transport velocity of the continuous sheet member, and the controller shifts an open-close timing of at least several valves of the plurality of valves from a previously-determined open-close timing, based on the shared compensation value. a plurality of valves that correspond to the discharge openings and intermittently discharge the fluid from the discharge openings by opening and closing operations; and a controller that controls the opening and closing operations of each of the valves individually depending on a transportation amount of the continuous sheet member, and a memory that stores a shared compensation value that is represented by a value indicating the transportation amount, wherein the controller calculates the shared compensation value, based on a transport velocity of the continuous sheet member, and the controller shifts an open-close timing of at least several valves of the plurality of valves from a previously-determined open-close timing, based on the shared compensation value.