mhurhangee/ep-ind-claims huggingface dataset:
A three dimensional printing system comprising: a vertical support extending along a vertical axis; a support plate extending from the vertical support along a first lateral axis from a proximal end to a distal end; a resin vessel disposed above the support plate and having a pair of latch features disposed at opposing ends of the resin vessel relative to a second lateral axis, the vertical axis, the first lateral axis, and the second lateral axis are mutually orthogonal; a pair of latches disposed adjacently to the opposing ends of the resin vessel; characterised by a movable plate that includes a central opening to provide access to the resin vessel and is configured to engage the pair of latches with a single movement of the movable plate whereby the latches in response engage the latch features of the resin vessel. a vertical support extending along a vertical axis; a support plate extending from the vertical support along a first lateral axis from a proximal end to a distal end; a resin vessel disposed above the support plate and having a pair of latch features disposed at opposing ends of the resin vessel relative to a second lateral axis, the vertical axis, the first lateral axis, and the second lateral axis are mutually orthogonal; a pair of latches disposed adjacently to the opposing ends of the resin vessel; characterised by a movable plate that includes a central opening to provide access to the resin vessel and is configured to engage the pair of latches with a single movement of the movable plate whereby the latches in response engage the latch features of the resin vessel.
A mobile terminal, comprising: a touchscreen configured to display a scrollable content in a content display area; a sensing unit for sensing an object in near-proximity to the touchscreen; and a controller for - controlling the touchscreen to display at least one icon in response to sensing the object in near-proximity at a specific edge region (A1-A8) of the content display area, wherein each of the at least one icon indicates a scrolling direction for the scrollable content and is displayed at a respective edge region, and - scrolling the scrollable content in the content display area in the scrolling direction corresponding to the specific edge region in response to sensing the object in near-proximity at the specific edge region of the content display area, wherein a speed of the scrolling is in an inverse proportion to a proximity distance between the object and the touchscreen. a touchscreen configured to display a scrollable content in a content display area; a sensing unit for sensing an object in near-proximity to the touchscreen; and a controller for - controlling the touchscreen to display at least one icon in response to sensing the object in near-proximity at a specific edge region (A1-A8) of the content display area, wherein each of the at least one icon indicates a scrolling direction for the scrollable content and is displayed at a respective edge region, and - scrolling the scrollable content in the content display area in the scrolling direction corresponding to the specific edge region in response to sensing the object in near-proximity at the specific edge region of the content display area, wherein a speed of the scrolling is in an inverse proportion to a proximity distance between the object and the touchscreen. - controlling the touchscreen to display at least one icon in response to sensing the object in near-proximity at a specific edge region (A1-A8) of the content display area, wherein each of the at least one icon indicates a scrolling direction for the scrollable content and is displayed at a respective edge region, and - scrolling the scrollable content in the content display area in the scrolling direction corresponding to the specific edge region in response to sensing the object in near-proximity at the specific edge region of the content display area, wherein a speed of the scrolling is in an inverse proportion to a proximity distance between the object and the touchscreen.
Pressure-sensitive adhesive comprising: - at least one poly(meth)acrylate and - at least one aromatic organophosphorus compound as flame retardant; characterized in that the monomer composition forming the basis for the poly(meth)acrylate comprises - at least one (meth)acrylic ester whose alcohol component contains more than 4 carbon atoms; - at least one (meth)acrylic ester whose alcohol component contains not more than 4 carbon atoms; and - acrylic acid and/or methacrylic acid at a total of at least 5 wt%; and the pressure-sensitive adhesive comprises at least one rosin ester. - at least one poly(meth)acrylate and - at least one aromatic organophosphorus compound as flame retardant; the monomer composition forming the basis for the poly(meth)acrylate comprises - at least one (meth)acrylic ester whose alcohol component contains more than 4 carbon atoms; - at least one (meth)acrylic ester whose alcohol component contains not more than 4 carbon atoms; and - acrylic acid and/or methacrylic acid at a total of at least 5 wt%; - at least one (meth)acrylic ester whose alcohol component contains more than 4 carbon atoms; - at least one (meth)acrylic ester whose alcohol component contains not more than 4 carbon atoms; and - acrylic acid and/or methacrylic acid at a total of at least 5 wt%; and the pressure-sensitive adhesive comprises at least one rosin ester.
A clutch control system for a vehicle with a clutch and a manual transmission, the clutch control system comprising: a driver interface configured to switch between an active state and an inactive state, wherein the driver interface is operable by a driver of the vehicle; a clutch control unit configured to receive an indication of a switching operation of the driver interface, wherein the clutch control unit is operable to control the clutch to engage or to disengage in response to the received indication and to control the clutch as long as the driver interface is in the active state; and characterized in that a timer coupled to the clutch control unit and configured to measure a time-out period, wherein the timer is activated upon switching the driver interface from the active state to the inactive state and the clutch control unit is configured to engage the clutch only upon expiring of the time-out period. a driver interface configured to switch between an active state and an inactive state, wherein the driver interface is operable by a driver of the vehicle; a clutch control unit configured to receive an indication of a switching operation of the driver interface, wherein the clutch control unit is operable to control the clutch to engage or to disengage in response to the received indication and to control the clutch as long as the driver interface is in the active state; and characterized in that a timer coupled to the clutch control unit and configured to measure a time-out period, wherein the timer is activated upon switching the driver interface from the active state to the inactive state and the clutch control unit is configured to engage the clutch only upon expiring of the time-out period.
A staple removing device comprising: a placing table on which a sheet bundle bound by a staple is placed; a removing part located below the placing table, configured to remove the staple from the sheet bundle placed on the placing table, and including a tip end portion that can be inserted between the sheet bundle and the staple and is configured to be movable along the placing table between a first position and a second position and to be inserted between the sheet bundle and the staple when the tip end portion moves to the second position; a first motor configured to move the removing part; and an accommodation part configured to accommodate the staple removed by the removing part, wherein the first motor is located below the removing part when the tip end portion is at the first position, and wherein the accommodation part is located below the removing part when the tip end portion is at the second position, characterized in that the first motor is located directly under the removing part when the tip end portion is at the first position. a placing table on which a sheet bundle bound by a staple is placed; a removing part located below the placing table, configured to remove the staple from the sheet bundle placed on the placing table, and including a tip end portion that can be inserted between the sheet bundle and the staple and is configured to be movable along the placing table between a first position and a second position and to be inserted between the sheet bundle and the staple when the tip end portion moves to the second position; a first motor configured to move the removing part; and an accommodation part configured to accommodate the staple removed by the removing part, wherein the first motor is located below the removing part when the tip end portion is at the first position, and wherein the accommodation part is located below the removing part when the tip end portion is at the second position, characterized in that the first motor is located directly under the removing part when the tip end portion is at the first position.
A method for speech recognition, the method comprising: receiving, by a deep neural network at a hidden layer (110a-d), input speech data at a first set of nodes of the hidden layer (110a-d) of the deep neural network and corresponding speaker data at a second set of nodes of the hidden layer (110a-d) of the deep neural network; and generating, by the deep neural network, a prediction of a phoneme corresponding to the input speech data based on the corresponding speaker data, wherein the generating comprises multiplying the input speech data received at the first set of nodes with a first matrix of weighting coefficients and multiplying the speaker data received at the second set of nodes with a second matrix of weighting coefficients. receiving, by a deep neural network at a hidden layer (110a-d), input speech data at a first set of nodes of the hidden layer (110a-d) of the deep neural network and corresponding speaker data at a second set of nodes of the hidden layer (110a-d) of the deep neural network; and generating, by the deep neural network, a prediction of a phoneme corresponding to the input speech data based on the corresponding speaker data, wherein the generating comprises multiplying the input speech data received at the first set of nodes with a first matrix of weighting coefficients and multiplying the speaker data received at the second set of nodes with a second matrix of weighting coefficients.
A printing apparatus comprising: a moving body being guided by a guidance member and orbitally moving along a predetermined annular-shaped movement route while holding a can body, wherein the can body is moved in the state in which the axial direction of the can body extends along the horizontal state; an image forming unit forming an image onto the can body on the moving body stopped at a predetermined stop location, wherein the image forming unit is provided above the can body and image formation is carried out by ejecting ink downwardly onto the outer circumferential surface of the can body; a pressed part installed at the stop location and disposed coaxially with the can body held by the moving body stopped at the stop location, at least one of a portion of the moving body stopped at the stop location and a portion of the can body held by the moving body being pressed against the pressed part; and a biasing unit biasing at least the portion toward a side where the pressed part is provided. a moving body being guided by a guidance member and orbitally moving along a predetermined annular-shaped movement route while holding a can body, wherein the can body is moved in the state in which the axial direction of the can body extends along the horizontal state; an image forming unit forming an image onto the can body on the moving body stopped at a predetermined stop location, wherein the image forming unit is provided above the can body and image formation is carried out by ejecting ink downwardly onto the outer circumferential surface of the can body; a pressed part installed at the stop location and disposed coaxially with the can body held by the moving body stopped at the stop location, at least one of a portion of the moving body stopped at the stop location and a portion of the can body held by the moving body being pressed against the pressed part; and a biasing unit biasing at least the portion toward a side where the pressed part is provided.
A method of maintaining interoperability amongst Internet of Things (IoT) devices connected via an loT integration platform, comprising: receiving a user selection of a semantic label associated with an loT device on a rule management interface, wherein the rule management interface is generated by a consolidation interface generation module as part of a consolidation interface, the consolidation interface operable to access and/or manage loT devices connected to the integration platform, each loT device capable of communicating with a server or a mobile application via a network; determining a recommendation of an interoperable rule based on the semantic label of the loT device, the interoperable rule having a condition trigger and an action policy to be executed when the condition trigger is detected in a network of connected loT devices, wherein the action policy of the interoperable rule is executed by a rule execution module to control one or more of the connected loT devices, and wherein the one or more of the connected loT devices to be controlled by the action policy includes the loT device associated with the selected semantic label; presenting the recommendation on the rule management interface; receiving a confirmation from a user through the rule management interface to activate the interoperable rule, in response to confirmation from the user to activate the interoperable rule; monitoring to detect the condition trigger among the loT devices connected to the loT integration platform, and executing the action policy by controlling one or more of the loT devices when the condition trigger is detected. receiving a user selection of a semantic label associated with an loT device on a rule management interface, wherein the rule management interface is generated by a consolidation interface generation module as part of a consolidation interface, the consolidation interface operable to access and/or manage loT devices connected to the integration platform, each loT device capable of communicating with a server or a mobile application via a network; determining a recommendation of an interoperable rule based on the semantic label of the loT device, the interoperable rule having a condition trigger and an action policy to be executed when the condition trigger is detected in a network of connected loT devices, wherein the action policy of the interoperable rule is executed by a rule execution module to control one or more of the connected loT devices, and wherein the one or more of the connected loT devices to be controlled by the action policy includes the loT device associated with the selected semantic label; presenting the recommendation on the rule management interface; receiving a confirmation from a user through the rule management interface to activate the interoperable rule, in response to confirmation from the user to activate the interoperable rule; monitoring to detect the condition trigger among the loT devices connected to the loT integration platform, and executing the action policy by controlling one or more of the loT devices when the condition trigger is detected.
A sorbent regeneration system of a dialysis system having a system for measuring at least one fluid characteristic of dialysate from a dialyzer at various stages in a dialysate flow path within the sorbent regeneration system, comprising: a sorbent cartridge having a plurality of material layers (102, 107); the system for measuring the at least one fluid characteristic comprising: a sensor for measuring the at least one fluid characteristic, at least one fluid passageway in at least one location in the sorbent regeneration system to provide a diverted sample stream from the various stages; wherein the at least one fluid characteristic of the diverted sample stream is measured with the sensor; and characterized by a first sampling valve for selectively directing a first sample stream and a second sample stream to the sensor; and wherein the first and second sample streams are directed from separate locations within one of the material layers and wherein the at least one fluid characteristic is measured from the separate locations within one of the material layers, or wherein the first and second sample streams are directed from separate locations of different material layers and wherein the at least one fluid characteristic is measured from the separate locations of the different material layers, or wherein the first and second sample streams are directed from multiple locations within the sorbent cartridge and wherein the fluid characteristic is measured from the multiple locations within the sorbent cartridge. a sorbent cartridge having a plurality of material layers (102, 107); the system for measuring the at least one fluid characteristic comprising: a sensor for measuring the at least one fluid characteristic, at least one fluid passageway in at least one location in the sorbent regeneration system to provide a diverted sample stream from the various stages; wherein the at least one fluid characteristic of the diverted sample stream is measured with the sensor; and characterized by a first sampling valve for selectively directing a first sample stream and a second sample stream to the sensor; and wherein the first and second sample streams are directed from separate locations within one of the material layers and wherein the at least one fluid characteristic is measured from the separate locations within one of the material layers, or wherein the first and second sample streams are directed from separate locations of different material layers and wherein the at least one fluid characteristic is measured from the separate locations of the different material layers, or wherein the first and second sample streams are directed from multiple locations within the sorbent cartridge and wherein the fluid characteristic is measured from the multiple locations within the sorbent cartridge.
Process for producing an open-pored near-surface layer of a microporous, hydrophobic moulded thermal insulation body, which layer is wettable by means of aqueous systems, wherein a microporous, hydrophobic moulded thermal insulation body is treated with a polar, water-miscible liquid.
An apparatus comprising a percutaneous access device (50;140;150;160) for delivering a therapeutic agent to the central nervous system and at least one intracranial catheter, the percutaneous access device (50;140;150;160) comprising; a body (10;52;152) having at least one extracorporeal surface (22;68) and at least one subcutaneous surface, the body defining at least one port (12;116) for connection to the at least one intracranial catheter, the port (12;116) being accessible from the extracorporeal surface (22;68) of the device, but being provided with a seal (14;112;142;146) between the lumen of the port and the extracorporeal surface (22;68), and a guide member projecting from the body of the device, the guide member ensuring that the percutaneous access device and an associated delivery unit with a corresponding recess can only be fitted together one way. a body (10;52;152) having at least one extracorporeal surface (22;68) and at least one subcutaneous surface, the body defining at least one port (12;116) for connection to the at least one intracranial catheter, the port (12;116) being accessible from the extracorporeal surface (22;68) of the device, but being provided with a seal (14;112;142;146) between the lumen of the port and the extracorporeal surface (22;68), and a guide member projecting from the body of the device, the guide member ensuring that the percutaneous access device and an associated delivery unit with a corresponding recess can only be fitted together one way.
A photovoltaic solar cell, comprising a silicon substrate; a passivation layer located on at least one surface of the silicon substrate; and an electrode, an electrode pad and an extension line printed on at least one surface of the silicon substrate, wherein the electrode comprising a busbar and a finger crossed with each other, and the finger is in contact with the silicon substrate, and wherein two ends of the extension line are respectively connected to the busbar and the electrode pad, and the extension line is in contact with the silicon substrate. a silicon substrate; a passivation layer located on at least one surface of the silicon substrate; and an electrode, an electrode pad and an extension line printed on at least one surface of the silicon substrate, wherein the electrode comprising a busbar and a finger crossed with each other, and the finger is in contact with the silicon substrate, and wherein two ends of the extension line are respectively connected to the busbar and the electrode pad, and the extension line is in contact with the silicon substrate.