mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement for a printing machine, comprising - a pressure-plate cylinder , which comprises a cylinder body ; - a pressure sleeve arranged on an outer surface of the cylinder body ; and - a transmission device , which comprises a pressure-plate-cylinder-side connection point and a pressure-sleeve-side connection point, which can be connected by means of a connecting element for forming a transmission connection; wherein the connecting element can be shifted between a retracted position in which the transmission connection is interrupted and an extended position in which the transmission connection is established for at least one of the following transmissions: transmission of a fluid, transmission of signals and transmission of electrical energy. - a pressure-plate cylinder , which comprises a cylinder body ; - a pressure sleeve arranged on an outer surface of the cylinder body ; and - a transmission device , which comprises a pressure-plate-cylinder-side connection point and a pressure-sleeve-side connection point, which can be connected by means of a connecting element for forming a transmission connection;
A clock generator for generating a clock signal from laser light, the clock generator comprising: an interferometer having an input and an output, the interferometer being in electrical or optical communication with the laser and configured to receive the laser light; a balanced photoreceiver having an input in optical or electrical communication with the output of the interferometer, the photoreceiver having an output; a frequency multiplier having an input in optical or electrical communication with the output of the photoreceiver, the frequency multiplier having an output; and a zero-cross detector having an input in optical or electrical communication with the output of the frequency multiplier, the output of the zero-crossing detector being the generated clock signal. an interferometer having an input and an output, the interferometer being in electrical or optical communication with the laser and configured to receive the laser light; a balanced photoreceiver having an input in optical or electrical communication with the output of the interferometer, the photoreceiver having an output; a frequency multiplier having an input in optical or electrical communication with the output of the photoreceiver, the frequency multiplier having an output; and a zero-cross detector having an input in optical or electrical communication with the output of the frequency multiplier, the output of the zero-crossing detector being the generated clock signal.
A compound of formula I or a pharmaceutically acceptable salt, a hydrate, or a solvate thereof, wherein R 1 is R 2 is selected from C 1-6 alkoxy, or halogen substituted C 1-6 alkoxy; R 3 is any one selected from R 4 is hydrogen or C 1-6 alkyl; and R 5 is halogen substituted C 1-6 alkoxy. R 1 is R 2 is selected from C 1-6 alkoxy, or halogen substituted C 1-6 alkoxy; R 3 is any one selected from R 4 is hydrogen or C 1-6 alkyl; and R 5 is halogen substituted C 1-6 alkoxy.
An intervertebral implant comprising: an upper endplate ; a lower endplate ; a frame ; a moveable actuator at least partially received in the frame and positioned between the upper endplate and the lower endplate; and an actuator screw that extends through the moveable actuator, wherein rotation of the actuator screw in a first direction causes the moveable actuator to translate, thereby causing the implant to change from an unexpanded configuration to an expanded configuration; and, characterized in that the actuator screw includes a groove ; and a friction sleeve positioned in the groove and coupled to the actuator screw which prevents unwanted rotation of the actuator screw, the friction sleeve includes a protrusion extending along at least a portion of an inner surface of the friction sleeve, and the protrusion is sized and dimensioned to be received within a corresponding recess in the groove of the actuator screw. an upper endplate ; a lower endplate ; a frame ; a moveable actuator at least partially received in the frame and positioned between the upper endplate and the lower endplate; and an actuator screw that extends through the moveable actuator, wherein rotation of the actuator screw in a first direction causes the moveable actuator to translate, thereby causing the implant to change from an unexpanded configuration to an expanded configuration; and, characterized in that the actuator screw includes a groove ; and a friction sleeve positioned in the groove and coupled to the actuator screw which prevents unwanted rotation of the actuator screw, the friction sleeve includes a protrusion extending along at least a portion of an inner surface of the friction sleeve, and the protrusion is sized and dimensioned to be received within a corresponding recess in the groove of the actuator screw.
Method for processing an echo signal received by an acoustic sensor , comprising: - recording the echo signal over a temporal measurement interval , - determining a minimum value which describes a minimum amplitude of the echo signal within the measurement interval , - determining an amplitude value which describes an amplitude of the echo signal within a measurement window , wherein the measurement window is a predefined temporal interval within the measurement interval , - determining a difference between the minimum value and the amplitude value , and - ascertaining whether the echo signal comprises a first type of interference signal or a second type of interference signal based on the determined difference, wherein a first type of interference signal is ascertained if the difference is less than a first threshold value, and wherein a second type of interference signal is ascertained if the difference is greater than or equal to a second threshold value. - recording the echo signal over a temporal measurement interval , - determining a minimum value which describes a minimum amplitude of the echo signal within the measurement interval , - determining an amplitude value which describes an amplitude of the echo signal within a measurement window , wherein the measurement window is a predefined temporal interval within the measurement interval , - determining a difference between the minimum value and the amplitude value , and - ascertaining whether the echo signal comprises a first type of interference signal or a second type of interference signal based on the determined difference, wherein a first type of interference signal is ascertained if the difference is less than a first threshold value, and wherein a second type of interference signal is ascertained if the difference is greater than or equal to a second threshold value.
A storage device for medical products comprises a control system, a cabinet , a drawer positioned in the cabinet, the drawer including a plurality of compartments , wherein the drawer is removable from the cabinet and wherein the drawer is secured to the cabinet by an electrically actuatable actuator a plurality of storage trays , each storage tray positioned in a respective compartment of the plurality of compartments , an electrically operated actuation assembly including an array of actuators, each of the actuators of the array being associated with a respective storage tray, each of the actuators being independently actuatable to secure or release the respective storage tray with which the respective actuator is associated relative to the compartment , wherein each storage tray is configured to be retained within its respective compartment within the drawer and inaccessible to a user under normal operating conditions, wherein access to a specific storage tray of the plurality of storage trays is controlled by the control system through the actuation system such that when the specific storage tray is released by the actuation system, the specific storage tray is permitted to be slid out of the secured drawer for accessing the specific storage tray or for removing the specific storage tray from the drawer, and a manual release mechanism actuatable by a user to over-ride the actuation system and independently release all the respective storage trays positioned in the respective compartments, wherein the manual release mechanism is secured to the drawer. a control system, a cabinet , a drawer positioned in the cabinet, the drawer including a plurality of compartments , wherein the drawer is removable from the cabinet and wherein the drawer is secured to the cabinet by an electrically actuatable actuator a plurality of storage trays , each storage tray positioned in a respective compartment of the plurality of compartments , an electrically operated actuation assembly including an array of actuators, each of the actuators of the array being associated with a respective storage tray, each of the actuators being independently actuatable to secure or release the respective storage tray with which the respective actuator is associated relative to the compartment , wherein each storage tray is configured to be retained within its respective compartment within the drawer and inaccessible to a user under normal operating conditions, wherein access to a specific storage tray of the plurality of storage trays is controlled by the control system through the actuation system such that when the specific storage tray is released by the actuation system, the specific storage tray is permitted to be slid out of the secured drawer for accessing the specific storage tray or for removing the specific storage tray from the drawer, and a manual release mechanism actuatable by a user to over-ride the actuation system and independently release all the respective storage trays positioned in the respective compartments, wherein the manual release mechanism is secured to the drawer.
A power conversion device for a railway vehicle to supply power to an electric traction motor for driving the railway vehicle, wherein: a power unit , a filter reactor , and a brake resistor are arranged in a storage as devices forming the power conversion device, the power unit contains a semiconductor element and is configured to exert torque control of the traction motor; characterized in that : the power conversion device is suitable for rigging below a floor of the vehicle; the power unit is configured to exert torque control of the traction motor by inversion of DC power to three-phase AC power and conversion of three-phase AC power to DC power; and the storage forms a wind tunnel where a cooling wind flows, and the power unit , the filter reactor , and the brake resistor are arranged in series from a windward side of the cooling wind, in an increasing order of a tolerance value obtained by subtracting a temperature of a device after a temperature rise due to heat generation from a heat resistant temperature of the device. a power unit , a filter reactor , and a brake resistor are arranged in a storage as devices forming the power conversion device, the power unit contains a semiconductor element and is configured to exert torque control of the traction motor; characterized in that : the power conversion device is suitable for rigging below a floor of the vehicle; the power unit is configured to exert torque control of the traction motor by inversion of DC power to three-phase AC power and conversion of three-phase AC power to DC power; and the storage forms a wind tunnel where a cooling wind flows, and the power unit , the filter reactor , and the brake resistor are arranged in series from a windward side of the cooling wind, in an increasing order of a tolerance value obtained by subtracting a temperature of a device after a temperature rise due to heat generation from a heat resistant temperature of the device. the power conversion device is suitable for rigging below a floor of the vehicle; the power unit is configured to exert torque control of the traction motor by inversion of DC power to three-phase AC power and conversion of three-phase AC power to DC power; and the storage forms a wind tunnel where a cooling wind flows, and the power unit , the filter reactor , and the brake resistor are arranged in series from a windward side of the cooling wind, in an increasing order of a tolerance value obtained by subtracting a temperature of a device after a temperature rise due to heat generation from a heat resistant temperature of the device.
External wall grille for a wall outlet unit for connecting to a building services appliance, comprising at least: - an inner frame with at least two parallel inner frame side parts , between which a plurality of louvres are enclosed, which are oriented parallel to one another and slope obliquely downwards respectively towards a front side to be oriented towards the outside of the building, - a cover frame enclosing the inner frame , the rear side of which forms a mirror surface for bearing against a wall connection plane (W); wherein at least the lower louvre extends outwards beyond an outer mirror surface of the cover frame , characterised in that an additional louvre is arranged above the top louvre of the obliquely outwardly sloping louvres , said additional louvre being connected to an upper crossbar of the cover frame and being oriented so as to slope downwards towards a rear side of the external wall grille , and a retaining frame can be mounted on a wall connection plane (W), wherein the retaining frame comprises at least two retaining frame mounting tabs aligned perpendicularly thereto, wherein the frame side parts of the external wall grille at least partially overlap the retaining frame mounting tabs and in each case at least one mounting means for connecting the external wall grille and the retaining frame is arranged in the overlapping region. - an inner frame with at least two parallel inner frame side parts , between which a plurality of louvres are enclosed, which are oriented parallel to one another and slope obliquely downwards respectively towards a front side to be oriented towards the outside of the building, - a cover frame enclosing the inner frame , the rear side of which forms a mirror surface for bearing against a wall connection plane (W); wherein at least the lower louvre extends outwards beyond an outer mirror surface of the cover frame , characterised in that an additional louvre is arranged above the top louvre of the obliquely outwardly sloping louvres , said additional louvre being connected to an upper crossbar of the cover frame and being oriented so as to slope downwards towards a rear side of the external wall grille , and a retaining frame can be mounted on a wall connection plane (W), wherein the retaining frame comprises at least two retaining frame mounting tabs aligned perpendicularly thereto, wherein the frame side parts of the external wall grille at least partially overlap the retaining frame mounting tabs and in each case at least one mounting means for connecting the external wall grille and the retaining frame is arranged in the overlapping region.
Retractable barrier (H) actuator device (D) for a pantographic vehicle having a plurality of cross braces, each cross brace being formed by two arms articulated at their center , said plurality comprising, in particular, a proximal cross brace comprising two arms , said device comprising a chassis and a motorized means arranged to ensure an unfolding of said pantograph in a longitudinal direction, said device comprising means for mounting one of the two arms of said proximal cross brace, referred to as a driving arm , in pivoting connection relative to said chassis, said motorized means being arranged to apply a torque to the free end of the driving arm relative to said chassis by application of force, said device further comprising a means for guiding in translation the free end of the other arm of the two arms of said cross brace proximal to said chassis, in a transverse direction, characterized in that said actuator device comprises a leverage arm , arranged to be fastened to the driving arm , in that said pivoting connection between said driving arm and said chassis is produced by a pivoting connection of said leverage arm to said chassis, preferably by means of a steel shaft, and in that said force has an application point located on the leverage arm.
A computer implemented method, comprising: receiving user history data including queries that were issued by users and search results provided to the users in response to the queries; and generating an indication of quality of a tier assignment used to store searchable digital items in a tiered storage system, wherein higher tiers have faster access and retrieval times when compared to lower tiers, and wherein the indication is based at least in part upon a subset of the user history data; wherein the tier assignment indicates to which of several tiers the searchable digital items are assigned; wherein the tiered storage system is a search engine index; and wherein the method further comprises generating an improved tier assignment based at least in part upon the indication of quality, and assigning digital items to the tiered storage system based at least in part upon the improved tier assignment. receiving user history data including queries that were issued by users and search results provided to the users in response to the queries; and generating an indication of quality of a tier assignment used to store searchable digital items in a tiered storage system, wherein higher tiers have faster access and retrieval times when compared to lower tiers, and wherein the indication is based at least in part upon a subset of the user history data; wherein the tier assignment indicates to which of several tiers the searchable digital items are assigned; wherein the tiered storage system is a search engine index; and wherein the method further comprises generating an improved tier assignment based at least in part upon the indication of quality, and assigning digital items to the tiered storage system based at least in part upon the improved tier assignment.
An air flow control member for a ventilation, heating and/or air conditioning system for several areas of a room , the system comprising a device for treating a flow of air from the room configured to thermally treat said flow of air from the room , the system further comprising a ventilation device , the member including a box comprising: - an inlet adapted to receive an air flow from the heat treatment device, called recycled air inlet, - an inlet adapted to receive an air flow, called fresh air flow, from the ventilation device, called fresh air inlet, - a plurality of mouthpieces each adapted to be connected to a respective sheath of the system to bring an air flow into a respective area of the room, each mouthpiece comprising: - a first portion fluidically connected to the recycled air inlet and forming an air flow outlet called temperature-controlled air flow outlet , - a second portion fluidically connected to the fresh air flow inlet and forming a fresh air flow outlet, the member further including, for each of the mouthpieces , - a first device for controlling the air flowrate in the temperature-controlled air flow outlet, and - a second device for controlling the air flowrate in the fresh air flow outlet, the first control device and the second control device being flaps mounted to pivot around intersecting axes of rotation. - an inlet adapted to receive an air flow from the heat treatment device, called recycled air inlet, - an inlet adapted to receive an air flow, called fresh air flow, from the ventilation device, called fresh air inlet, - a plurality of mouthpieces each adapted to be connected to a respective sheath of the system to bring an air flow into a respective area of the room, - a first portion fluidically connected to the recycled air inlet and forming an air flow outlet called temperature-controlled air flow outlet , - a second portion fluidically connected to the fresh air flow inlet and forming a fresh air flow outlet, the member further including, for each of the mouthpieces , - a first device for controlling the air flowrate in the temperature-controlled air flow outlet, and - a second device for controlling the air flowrate in the fresh air flow outlet,
A method for wireless communication for a wireless system, the method comprising: controlling switching of RF components and signals handled by said RF components within an integrated circuit via one or more MEMS switch arrays integrated with a multi-layer package bonded to said integrated circuit via a plurality of solder balls , wherein a thermal epoxy fills a volume between said solder balls, said multi-layer package comprising first metal layers and a first MEMS switch array comprising an adjustable length transmission line; and switching in and out segments of the adjustable length transmission line, by MEMS switches of said first MEMS switch array, for tuning a resonance frequency of a RF component, wherein said multi-layer package further comprises a second metal layer and a second MEMS switch array, integrated with the second metal layer, for switching in and out segments of the second metal layer for forming an adjustable antenna. controlling switching of RF components and signals handled by said RF components within an integrated circuit via one or more MEMS switch arrays integrated with a multi-layer package bonded to said integrated circuit via a plurality of solder balls , wherein a thermal epoxy fills a volume between said solder balls, said multi-layer package comprising first metal layers and a first MEMS switch array comprising an adjustable length transmission line; and switching in and out segments of the adjustable length transmission line, by MEMS switches of said first MEMS switch array, for tuning a resonance frequency of a RF component, wherein said multi-layer package further comprises a second metal layer and a second MEMS switch array, integrated with the second metal layer, for switching in and out segments of the second metal layer for forming an adjustable antenna.
An optical device comprising: a display device (DP1, DP2) configured to display an image; a multi-channel lens (LS1, LS2) comprising a front surface configured to face an eye of a user and a concave or recessed rear surface facing the display device (DP1, DP2); and a camera (CMR1, CMR2) accommodated in an internal space between the rear surface of the multi-channel lens (LS1, LS2) and the display device (DP1, DP2) characterized in that the multi-channel lens (LS1, LS2) above the display device (DP1, DP2); a camera mounting component (CS1, CS2) on the display device (DP1, DP2) having the camera (CMR1, CMR2) on the camera mounting component (CS1, CS2) to face the rear surface of the multi-channel lens (LS1, LS2),wherein the camera mounting component (CS1, CS2) comprises a support ring (CS1_SP, CS2_SP), a plurality of legs (CS1_LP, CS2_LP) connected to the support ring (CS1_SP, CS2_SP), and a camera mount (CS1_CP, CS2_CP) connected to the plurality of legs (CS1_LP, CS2_LP). a display device (DP1, DP2) configured to display an image; a multi-channel lens (LS1, LS2) comprising a front surface configured to face an eye of a user and a concave or recessed rear surface facing the display device (DP1, DP2); and a camera (CMR1, CMR2) accommodated in an internal space between the rear surface of the multi-channel lens (LS1, LS2) and the display device (DP1, DP2) characterized in that the multi-channel lens (LS1, LS2) above the display device (DP1, DP2); a camera mounting component (CS1, CS2) on the display device (DP1, DP2) having the camera (CMR1, CMR2) on the camera mounting component (CS1, CS2) to face the rear surface of the multi-channel lens (LS1, LS2),wherein the camera mounting component (CS1, CS2) comprises a support ring (CS1_SP, CS2_SP), a plurality of legs (CS1_LP, CS2_LP) connected to the support ring (CS1_SP, CS2_SP), and a camera mount (CS1_CP, CS2_CP) connected to the plurality of legs (CS1_LP, CS2_LP).