mhurhangee/ep-ind-claims huggingface dataset:
A joint spacer for therapeutically maintaining a separation of bones of a joint, comprising: a frame having distal and proximal ends defining a longitudinal axis extending therebetween; a carriage slideably retained within said frame and having at least one ramped surface, said carriage further including a threaded portion, an actuator screw threadably engaged with said carriage threaded portion, said actuator screw configured to bear against said frame to cause said carriage to slideably move within said frame when said actuator screw is rotated; a first endplate configured to engage a first bone of the joint, and having at least one ramped surface mateable with said at least one carriage ramped surface, whereby when said carriage is slideably moveable by rotation of said actuator screw, said at least one endplate ramped surface slideable against said at least one carriage ramped surface to cause said first endplate to move along an axis transverse to said longitudinal axis to increase a height of the spacer; a second endplate configured to engage a second bone of the joint; a fastener, wherein the first endplate includes at least one aperture through which the fastener passes to secure the first endplate to the first bone of the joint and characterized in that the carriage is supported by the frame by lateral engagement means in the form of two support screws engaged with the carriage passable through respective channels formed in the frame. a frame having distal and proximal ends defining a longitudinal axis extending therebetween; a carriage slideably retained within said frame and having at least one ramped surface, said carriage further including a threaded portion, an actuator screw threadably engaged with said carriage threaded portion, said actuator screw configured to bear against said frame to cause said carriage to slideably move within said frame when said actuator screw is rotated; a first endplate configured to engage a first bone of the joint, and having at least one ramped surface mateable with said at least one carriage ramped surface, whereby when said carriage is slideably moveable by rotation of said actuator screw, said at least one endplate ramped surface slideable against said at least one carriage ramped surface to cause said first endplate to move along an axis transverse to said longitudinal axis to increase a height of the spacer; a second endplate configured to engage a second bone of the joint; a fastener, wherein the first endplate includes at least one aperture through which the fastener passes to secure the first endplate to the first bone of the joint and characterized in that the carriage is supported by the frame by lateral engagement means in the form of two support screws engaged with the carriage passable through respective channels formed in the frame.
A connection device, comprising: a cable having first and second opposed ends (27, 29): a first connector provided at the first end of the cable; a second connector provided at the second end of the cable, the cable to provide communication between the first and the second connectors; and at least one authentication module, the at least one authentication module configured to: receive power from an electronic device upon connection of the connection device to the electronic device; facilitate authentication of the connection device when connected to the electronic device; and characterized in that the at least one authentication module is configured to: transition to a dormant state, in which power to the authentication module is disabled, after the authentication of the connection device; wherein the connection device is configured to enable data transmission to or from the electronic device notwithstanding the transition of the at least one authentication module to the dormant state. a cable having first and second opposed ends (27, 29): a first connector provided at the first end of the cable; a second connector provided at the second end of the cable, the cable to provide communication between the first and the second connectors; and a first connector provided at the first end of the cable; a second connector provided at the second end of the cable, the cable to provide communication between the first and the second connectors; and at least one authentication module, the at least one authentication module configured to: receive power from an electronic device upon connection of the connection device to the electronic device; facilitate authentication of the connection device when connected to the electronic device; and characterized in that the at least one authentication module is configured to: transition to a dormant state, in which power to the authentication module is disabled, after the authentication of the connection device; wherein the connection device is configured to enable data transmission to or from the electronic device notwithstanding the transition of the at least one authentication module to the dormant state. receive power from an electronic device upon connection of the connection device to the electronic device; facilitate authentication of the connection device when connected to the electronic device; and characterized in that the at least one authentication module is configured to: transition to a dormant state, in which power to the authentication module is disabled, after the authentication of the connection device; wherein the connection device is configured to enable data transmission to or from the electronic device notwithstanding the transition of the at least one authentication module to the dormant state. transition to a dormant state, in which power to the authentication module is disabled, after the authentication of the connection device; wherein the connection device is configured to enable data transmission to or from the electronic device notwithstanding the transition of the at least one authentication module to the dormant state.
Device for reshaping plastic parisons into plastic containers, comprising a plurality of blow moulding stations each having blow mould devices which form a cavity, inside which the plastic parisons can be reshaped into plastic containers, and comprising at least one application device by means of which a flowable medium can be applied to the plastic parisons for expansion thereof, and at least one valve device which is arranged between at least one pressure reservoir and at least one application device and by means of which the supply and/or removal of the flowable medium under high pressure the blowing pressure and/or volume flow thereof, to the application device can be influenced or controlled, wherein the device has at least one regulating device, which is suitable and intended to regulate an open state and/or a closed state of the valve device at a predetermined time for treatment of the plastic containers and wherein the regulating device has at least one sensor device which at least intermittently detects at least one measurement value which is at least indirectly characteristic for a current control effected by the valve device for the supply and/or the removal of the flowable medium and the regulating device performs/effects a regulation as a function of this detected measurement value, and the device comprises a time measuring device, which at least intermittently detects a time at which the measurement value detected by the sensor device reaches and/or exceeds a predetermined measurement value. the device has at least one regulating device, which is suitable and intended to regulate an open state and/or a closed state of the valve device at a predetermined time for treatment of the plastic containers and wherein the regulating device has at least one sensor device which at least intermittently detects at least one measurement value which is at least indirectly characteristic for a current control effected by the valve device for the supply and/or the removal of the flowable medium and the regulating device performs/effects a regulation as a function of this detected measurement value, and the device comprises a time measuring device, which at least intermittently detects a time at which the measurement value detected by the sensor device reaches and/or exceeds a predetermined measurement value.
A method of manufacturing an organic light-emitting display device, the method comprising: forming a pixel electrode, on a substrate; forming a hydrophobic material layer directly on the pixel electrode, wherein the hydrophobic material layer includes a hydrophobic material; forming a pixel-defining layer including an upper surface and a sloped sidewall surface by patterning the hydrophobic material layer, so as to expose at least a portion of the pixel electrode; forming a photoresist layer on the upper surface of the pixel-defining layer after patterning of the pixel-defining layer; and removing the hydrophobic material on the exposed portion of the pixel electrode using surface treatment so as to remove fluorine groups from the exposed surface of the pixel electrode. forming a pixel electrode, on a substrate; forming a hydrophobic material layer directly on the pixel electrode, wherein the hydrophobic material layer includes a hydrophobic material; forming a pixel-defining layer including an upper surface and a sloped sidewall surface by patterning the hydrophobic material layer, so as to expose at least a portion of the pixel electrode; forming a photoresist layer on the upper surface of the pixel-defining layer after patterning of the pixel-defining layer; and removing the hydrophobic material on the exposed portion of the pixel electrode using surface treatment so as to remove fluorine groups from the exposed surface of the pixel electrode.
An information communication apparatus that comprises a processor and a memory coupled to or integrated with the processor and is configured to designate a communication destination by selecting a desired recipient from a plurality of recipients displayed in a list form in an operation screen, wherein the processor: displays, for the recipients, recipient names, which are names of the recipients, and displays, in front of each of the recipient names, a letter icon including a combination of an initial letter of each recipient name in a case in which the recipient names are written with phonetic characters, and a figure, and sorts the recipients in a predetermined display order based on the initial letter included in the letter icon and displays the sorted recipients in the operation screen. displays, for the recipients, recipient names, which are names of the recipients, and displays, in front of each of the recipient names, a letter icon including a combination of an initial letter of each recipient name in a case in which the recipient names are written with phonetic characters, and a figure, and sorts the recipients in a predetermined display order based on the initial letter included in the letter icon and displays the sorted recipients in the operation screen.
A signal processing apparatus, comprising: an inputting section for inputting audio signals on a plurality of channels (C, FL, FR, SL, SR); an acoustic type acquiring section which is adapted to determine individually for each of the channels whether or not a respective acoustic type of an audio signal is a talking voice; and a process controlling section which is adapted to control, based on the respective acoustic type acquired by the acoustic type acquiring section, a characteristic of a sound-field effect comprising a simulated initial reflected sound or a simulated reverberation sound being applied to the audio signals on each of the channels, wherein the process controlling section is adapted to control a respective amount of the sound-field effect, which is being applied to the audio signal on each respective channel determined to indicate the talking voice, to be smaller than an amount of the sound-field effect that is being applied to the audio signal determined to indicate an acoustic type that is not the talking voice. an inputting section for inputting audio signals on a plurality of channels (C, FL, FR, SL, SR); an acoustic type acquiring section which is adapted to determine individually for each of the channels whether or not a respective acoustic type of an audio signal is a talking voice; and a process controlling section which is adapted to control, based on the respective acoustic type acquired by the acoustic type acquiring section, a characteristic of a sound-field effect comprising a simulated initial reflected sound or a simulated reverberation sound being applied to the audio signals on each of the channels, wherein the process controlling section is adapted to control a respective amount of the sound-field effect, which is being applied to the audio signal on each respective channel determined to indicate the talking voice, to be smaller than an amount of the sound-field effect that is being applied to the audio signal determined to indicate an acoustic type that is not the talking voice.
One or more computer-readable storage media storing computer-readable instructions that, when executed, instruct one or more processors to perform operations comprising: causing a conversation user interface (118, 200, 300, 400, 500, 600, 602, 604, 700, 800, 900, 1000, 1100) to be presented by a smart device to enable a conversation between a user of the smart device and a virtual assistant implemented at least in part by the smart device; identifying contextual information that is related to the conversation between the user and the virtual assistant; and causing a first conversation item to be presented within the conversation user interface based at least in part on the contextual information; and causing a second conversation item to be presented partly behind the first conversation item so that a first portion of the second conversation item is hidden behind the first conversation item and a second portion of the second conversation item is displayed, the second conversation item representing content associated with the conversation in a condensed format. causing a conversation user interface (118, 200, 300, 400, 500, 600, 602, 604, 700, 800, 900, 1000, 1100) to be presented by a smart device to enable a conversation between a user of the smart device and a virtual assistant implemented at least in part by the smart device; identifying contextual information that is related to the conversation between the user and the virtual assistant; and causing a first conversation item to be presented within the conversation user interface based at least in part on the contextual information; and causing a second conversation item to be presented partly behind the first conversation item so that a first portion of the second conversation item is hidden behind the first conversation item and a second portion of the second conversation item is displayed, the second conversation item representing content associated with the conversation in a condensed format.
A processing device for flat material webs, in particular for folding material webs made out of paper or cellulose and/or plastic and/or wire mesh or wire mesh-reinforced materials and/or combinations of laminates of the aforementioned materials, wherein the device has an infeed table for feeding the material web as well as a longitudinal cutting device on the infeed table for longitudinally cutting the material web, wherein the longitudinal cutting device is equipped with at least one rotatable shaft (5, 6) with at least one, preferably with at least two, rotary knives (7, 8), in particular circular knives, wherein the at least one rotatable shaft (5, 6) is spaced apart by a distance a from the installation base or ground in the operating state of the device, characterized in that the infeed table can be pivoted out of its operating position B into a maintenance position W, wherein the rotatable shaft (5, 6) in this maintenance position W is spaced apart by a larger distance a+x from the installation base or ground larger by comparison to distance a, and wherein, in the maintenance position W of the infeed table, - the rotatable shaft (5, 6) is replaceable, - and/or at least one rotary knive (7, 8) mounted on the rotatable shaft (5, 6) can be displaced along the shaft (5, 6) into an alternative position, and there fixed in place or mounted. wherein the longitudinal cutting device is equipped with at least one rotatable shaft (5, 6) with at least one, preferably with at least two, rotary knives (7, 8), in particular circular knives, wherein the at least one rotatable shaft (5, 6) is spaced apart by a distance a from the installation base or ground in the operating state of the device, characterized in that the infeed table can be pivoted out of its operating position B into a maintenance position W, wherein the rotatable shaft (5, 6) in this maintenance position W is spaced apart by a larger distance a+x from the installation base or ground larger by comparison to distance a, and wherein, in the maintenance position W of the infeed table, - the rotatable shaft (5, 6) is replaceable, - and/or at least one rotary knive (7, 8) mounted on the rotatable shaft (5, 6) can be displaced along the shaft (5, 6) into an alternative position, and there fixed in place or mounted. - the rotatable shaft (5, 6) is replaceable, - and/or at least one rotary knive (7, 8) mounted on the rotatable shaft (5, 6) can be displaced along the shaft (5, 6) into an alternative position, and there fixed in place or mounted.
An ostomy wafer (104, 400) comprising: an adhesive layer configured to adhere to skin around a stoma of a living person; a flexible sensor layer (200, 300, 500, 600, 3200) coupled with the adhesive layer, the flexible sensor layer (200, 300, 500, 600, 3200) comprising a plurality of temperature sensors (202, 204, 302, 502, 3202); and a plurality of conductors wired to the plurality of temperature sensors, the plurality of conductors configured to be electrically coupled with an electronics hub (112, 814, 4400, 4600) so that signals from the plurality of temperature sensors (202, 204, 302, 502, 3202) are electrically communicated to the electronics hub (112, 814, 4400, 4600), characterized in that the plurality of temperature sensors (202, 204, 302, 502, 3202) are electrically connected in a matrix circuit. an adhesive layer configured to adhere to skin around a stoma of a living person; a flexible sensor layer (200, 300, 500, 600, 3200) coupled with the adhesive layer, the flexible sensor layer (200, 300, 500, 600, 3200) comprising a plurality of temperature sensors (202, 204, 302, 502, 3202); and a plurality of conductors wired to the plurality of temperature sensors, the plurality of conductors configured to be electrically coupled with an electronics hub (112, 814, 4400, 4600) so that signals from the plurality of temperature sensors (202, 204, 302, 502, 3202) are electrically communicated to the electronics hub (112, 814, 4400, 4600), characterized in that the plurality of temperature sensors (202, 204, 302, 502, 3202) are electrically connected in a matrix circuit.
Drilling machine having a percussion drilling, drilling and screwdriving function, having a transmission for transmitting the driving movement of a drive unit to a tool spindle, having two latching elements (16, 17), which are in latching engagement in the percussion drilling position and are disengaged in the drilling or screwdriving position, having a mode setting device, which comprises a support ring that is rotatable by manual actuation and a pressure ring coupled to the support ring for conjoint rotation, said pressure ring being supported on a transmission housing of the transmission, wherein the desired mode is settable by rotation of the mode setting device, wherein, in the screwdriving position, the pressure ring is held on the transmission housing in an axially displaceable manner and, in the percussion drilling and in the drilling position, the pressure ring is axially fixed to the transmission housing, wherein a latching element held in an axially adjustable manner or a component connected to the latching element is supported on the support ring at an adjusting contour for transfer between the percussion drilling position and the drilling or screwdriving position, characterized in that a locking part coupled to a latching element is supported on the support ring at the adjusting contour, wherein the adjusting contour is provided on an end side of the support ring and has axial variations in height that are able to be sensed by the locking part and to be transmitted to the latching element such that the latching element undergoes a corresponding change in axial position.
Method for applying an image onto a receiving medium, the method comprising the steps of: a) jetting droplets of an ultraviolet curable phase change ink from an ink jet print head at elevated temperature onto a receiving medium, wherein the elevated temperature is a temperature above phase transition temperature T 1, the phase transition temperature T 1 being the temperature below which the ink is in an immobilized state; b) allowing the deposited droplets of ink to cool to a temperature below T 1, the droplets of ink thereby changing from the liquid state into the immobilized state; c) pre-curing the deposited droplets of ink by irradiating the droplets of ink with a first beam of UV radiation, the first beam having a first intensity; d) post-curing the deposited ink by irradiating the droplets of ink with a second beam of UV radiation, the second beam having a second intensity; characterized in that • pre-curing is done before post-curing; and • the intensity of the first beam is controlled such that at least in the pre-curing step, the temperature of the ink does not exceed T 1; and • the second intensity is higher than the first intensity. a) jetting droplets of an ultraviolet curable phase change ink from an ink jet print head at elevated temperature onto a receiving medium, wherein the elevated temperature is a temperature above phase transition temperature T 1, the phase transition temperature T 1 being the temperature below which the ink is in an immobilized state; b) allowing the deposited droplets of ink to cool to a temperature below T 1, the droplets of ink thereby changing from the liquid state into the immobilized state; c) pre-curing the deposited droplets of ink by irradiating the droplets of ink with a first beam of UV radiation, the first beam having a first intensity; d) post-curing the deposited ink by irradiating the droplets of ink with a second beam of UV radiation, the second beam having a second intensity; characterized in that • pre-curing is done before post-curing; and • the intensity of the first beam is controlled such that at least in the pre-curing step, the temperature of the ink does not exceed T 1; and • the second intensity is higher than the first intensity. • pre-curing is done before post-curing; and • the intensity of the first beam is controlled such that at least in the pre-curing step, the temperature of the ink does not exceed T 1; and • the second intensity is higher than the first intensity.
Device enabling to adjust the opening of a pouch or to form a pouch and adjust the opening of said pouch, said device being of the type comprising a frame defining an orifice in which can be placed a sheet portion or the portion of a pouch defining the opening of the latter, means for supporting said frame which are adapted to maintain said frame above a surface, clamping means (55; 6) of said sheet portion or of said pouch which are mounted on said frame and controlling means of said clamping means (55; 6), characterised in that said clamping means (55; 6) comprise a plurality of elements (55; 6) with each one comprising a first end (551; 61) which is mounted on said frame and a free end, in that said elements (55; 6) are mounted mobile between a first so-called "separated" position in which the free ends thereof form a first passage in said orifice and a second so-called "clamped" position in which said free ends form in said orifice a second passage with a more reduced surface than that of the first passage and in that said controlling means are mounted mobile in rotation around said orifice.