mhurhangee/ep-ind-claims huggingface dataset:
A computing apparatus, comprising: a processor; a first memory to store an operating system of the computing apparatus, wherein the operating system is to, responsive to power-on of the computing apparatus: access an agent application in the first memory; provision a wireless network credential using the agent application; and encrypt the wireless network credential using the agent application; and a second memory to store firmware for initiating the computing apparatus; a third memory; and a controller (126,226) communicatively coupled to the first memory, the second memory, and the third memory, wherein the firmware is to, in response to receiving the encrypted wireless network credential from the first memory, store, via the controller (126,226), the encrypted wireless network credential in the third memory. a processor; a first memory to store an operating system of the computing apparatus, wherein the operating system is to, responsive to power-on of the computing apparatus: access an agent application in the first memory; provision a wireless network credential using the agent application; and encrypt the wireless network credential using the agent application; and access an agent application in the first memory; provision a wireless network credential using the agent application; and encrypt the wireless network credential using the agent application; and a second memory to store firmware for initiating the computing apparatus; a third memory; and a controller (126,226) communicatively coupled to the first memory, the second memory, and the third memory, wherein the firmware is to, in response to receiving the encrypted wireless network credential from the first memory, store, via the controller (126,226), the encrypted wireless network credential in the third memory.
A refrigerator and/or freezer with a heat transfer circuit, which comprises a magnetic cooler, a pump for delivering the heat transfer medium, a cold heat exchanger for cooling the refrigerating and/or freezing space of the appliance and a warm heat exchanger for cooling the heat transfer medium, characterized in that the warm heat exchanger has a flow cross-section available to the heat transfer medium of between 32 mm 2 and 36 mm 2, and the cold heat exchanger has a flow cross-section available to the heat transfer medium of between 48 mm 2 and 52 mm 2.
Container for storing a medical or pharmaceutical liquid, comprising a storage compartment for storing the liquid, the storage compartment comprising an outlet opening for discharging liquid out of the storage compartment, wherein storage compartment comprises at least one flexible wall sheet (3, 3'), characterized by a hydrophilic membrane layer (7; 8) within the storage compartment, which is gas-tight in a wet condition, and which at least covers the outlet opening such that any air or gas within the liquid-filled container cannot pass the outlet opening and will remain in the storage compartment, wherein the membrane layer (7; 8) extends at least along 50 % of a length of the storage compartment at least in one dimension, such that the membrane layer (7. 8) contacts the liquid stored within the storage compartment substantially independent of a container orientation with respect to gravity and a filling level of the container.
Portable electric power tool, in particular hammer drill or chipping hammer, having a housing, having a drive shaft, in particular a hammer tube, which is mounted in a plain bearing provided with a rotation lock, said plain bearing being axially adjoined at least regionally by a sealing sleeve, wherein the sealing sleeve is arranged in a rotation-proof manner in the housing and is connected to the plain bearing in a rotationally fixed manner, characterized in that, between the sealing sleeve and the plain bearing, a sealing ring, in particular an 0-ring, is arranged, which is configured as an A-impact damping ring.
A flat-roof skylight window for being positioned substantially horizontally in a flat roof, the skylight window comprising a window portion with an optional window sash, a window frame and an insulating windowpane mounted in the window sash or window frame, and a weather shield, which is mounted on the window portion for covering and weather protecting the window portion in a mounted state of the skylight window, wherein the weather shield comprises a weather shield pane, which is curved outwardly in relation to the window portion, characterized in that the weather shield pane comprising two opposed substantially straight peripheral edges (6a, 6b) and two opposed curved peripheral edges (6c, 6d), the weather shield pane further comprising a curved bottom surface facing the window portion and having four bottom corners positioned in an imaginary bottom plane P1, an apex line or peak line X extending between said two curved edges where the bottom surface of the weather shield pane has a largest distance to the bottom plane P1, a connecting line L1 connecting two of said bottom corners, the connecting line L1 extending substantially in parallel to the apex line X, the apex line X and the connecting line L1 being positioned in an imaginary inclination plane P2, wherein an angle α between the bottom plane P1 and the inclination plane P2 is between 1 and 10 degrees.
A method for displaying a widget on an electronic device that supports at least one low power display mode, the method comprising: identifying characteristics of a first widget to be displayed on a low power display, LPD, of the electronic device, wherein the characteristics of the first widget include at least one of histogram information, color depth, luminance, or pixel power of the widget; determining compatibility of the first widget with the LPD based on the characteristics of the first widget and constraints associated with the LPD; in response to determining that the first widget is compatible with the LPD, transforming the first widget based on the characteristics of the first widget and the constraints associated with the LPD, and displaying the transformed first widget on the LPD; and in response to determining that the first widget is not compatible with the LPD, recommending a second widget that is compatible with the LPD based on characteristics of the second widget and the constraints associated with the LPD, wherein the characteristics of the second widget include at least one of histogram information, color depth, luminance, or pixel power of the widget; transforming the second widget based on the characteristics of the second widget and the constraints associated with the LPD; and displaying the second widget on the LPD, wherein the first widget and the second widget are different widgets that provide same type of information; wherein the transforming of the first widget or the second widget comprises at least one of applying frame rate restriction or applying minimal color filter. identifying characteristics of a first widget to be displayed on a low power display, LPD, of the electronic device, wherein the characteristics of the first widget include at least one of histogram information, color depth, luminance, or pixel power of the widget; determining compatibility of the first widget with the LPD based on the characteristics of the first widget and constraints associated with the LPD; in response to determining that the first widget is compatible with the LPD, transforming the first widget based on the characteristics of the first widget and the constraints associated with the LPD, and displaying the transformed first widget on the LPD; and in response to determining that the first widget is not compatible with the LPD, recommending a second widget that is compatible with the LPD based on characteristics of the second widget and the constraints associated with the LPD, wherein the characteristics of the second widget include at least one of histogram information, color depth, luminance, or pixel power of the widget; transforming the second widget based on the characteristics of the second widget and the constraints associated with the LPD; and displaying the second widget on the LPD, wherein the first widget and the second widget are different widgets that provide same type of information; wherein the transforming of the first widget or the second widget comprises at least one of applying frame rate restriction or applying minimal color filter.
Hydraulic damper comprising a damper piston sliding in an inner tube, moving axially during compression in a direction called front turned towards a damper bottom, this damper piston receiving towards the front a rod comprising at its end a stop piston entering into an end-of-travel stop tube having holes (20, 22, 24) which brake the fluid leaving this stop tube, characterized in that it comprises a plug a slide fitted between the abutment tube and the inner tube by closing a front chamber having a leakage flow, this slide being held axially between a front return spring arranged in the front chamber, bearing on the shock absorber base to return it into a rear position, and a rear return spring bearing on the shock absorber piston to return it into a front position, the slide comprising a main bearing surface on the stop tube closes in the rear position of the rear bores of the tube and in the front position of the front bores of the tube.
A sleep system, comprising: at least one mattress (18A, 18B) including a first sleep area for a first occupant, the first sleep area (20, 22) including a first section for a portion of a body of the first occupant (14, 16), and a second sleep area (20, 22) adjacent to the first sleep area for a second occupant (14, 16), the second sleep area including a second section for a portion of a body of the second occupant; an articulation system for articulating the first section and the second section; and a first user controller (32, 34) configured to communicate with the articulation system in order to control articulation of the first section; and a second user controller configured to communicate with the articulation system in order to control articulation of the second section; wherein the first user controller is further configured to communicate with the articulation system in order to move the second section into a predetermined position, wherein the predetermined position of the second section is configured to reduce snoring of the second occupant on the second sleep area, wherein the second section comprises a head section (24, 28) of the second sleep area (20, 22), and wherein the predetermined position of the second section comprises an angle between the second section and horizontal of from about 5° to about 15°, characterised is that the first user controller is a remote control that can select any of a plurality of positions for full intended control of the articulation for the first section, but can only select the predetermined position of the second section for the position of the second section, wherein the first user controller (32, 34) is configured to articulate the first section at a first speed and to articulate the second section at a second speed, wherein the second speed is slower than the first speed. at least one mattress (18A, 18B) including a first sleep area for a first occupant, the first sleep area (20, 22) including a first section for a portion of a body of the first occupant (14, 16), and a second sleep area (20, 22) adjacent to the first sleep area for a second occupant (14, 16), the second sleep area including a second section for a portion of a body of the second occupant; an articulation system for articulating the first section and the second section; and a first user controller (32, 34) configured to communicate with the articulation system in order to control articulation of the first section; and a second user controller configured to communicate with the articulation system in order to control articulation of the second section; wherein the first user controller is further configured to communicate with the articulation system in order to move the second section into a predetermined position, wherein the predetermined position of the second section is configured to reduce snoring of the second occupant on the second sleep area, wherein the second section comprises a head section (24, 28) of the second sleep area (20, 22), and
A scanned-beam display configured to form a display image within a display frame, the scanned-beam display comprising: an emitter configured to emit light of a controlled variable intensity; a beam-steering optic configured to receive and steer the light to a controlled variable beam position; and a drive circuit coupled operatively to the emitter and to the beam-steering optic, the drive circuit being configured to: apply a control signal to the beam-steering optic to move the beam position along a path of pixel positions (P N), the path including a first pixel position at a center of the display frame and a second pixel position at a periphery of the display frame, and drive a series of current pulses through the emitter in synchronicity with the control signal, to illuminate the first pixel position during a first interval and to equivalently illuminate the second pixel position during a second interval, characterized in that the drive circuit is further configured to control the current pulses to have a higher duty cycle during the second interval than during the first interval. an emitter configured to emit light of a controlled variable intensity; a beam-steering optic configured to receive and steer the light to a controlled variable beam position; and a drive circuit coupled operatively to the emitter and to the beam-steering optic, the drive circuit being configured to: apply a control signal to the beam-steering optic to move the beam position along a path of pixel positions (P N), the path including a first pixel position at a center of the display frame and a second pixel position at a periphery of the display frame, and drive a series of current pulses through the emitter in synchronicity with the control signal, to illuminate the first pixel position during a first interval and to equivalently illuminate the second pixel position during a second interval, characterized in that the drive circuit is further configured to control the current pulses to have a higher duty cycle during the second interval than during the first interval. apply a control signal to the beam-steering optic to move the beam position along a path of pixel positions (P N), the path including a first pixel position at a center of the display frame and a second pixel position at a periphery of the display frame, and drive a series of current pulses through the emitter in synchronicity with the control signal, to illuminate the first pixel position during a first interval and to equivalently illuminate the second pixel position during a second interval, characterized in that the drive circuit is further configured to control the current pulses to have a higher duty cycle during the second interval than during the first interval.
Method of electrochemical utilization of carbon dioxide (CO 2), comprising the following steps: - providing an electrolysis cell, wherein the electrolysis cell comprises a membrane which separates an anode space from a cathode space, - guiding a first aqueous electrolyte as catholyte into the cathode space and guiding a second aqueous electrolyte as anolyte into the anode space, - reducing the carbon dioxide (CO 2) to a product gas comprising carbon monoxide, - separating the product gas from the catholyte in a first separation apparatus, - separating off excess water in the catholyte enriched with water from the anolyte during the reduction of carbon dioxide (CO 2) by means of a stripping gas in a second separation apparatus, - separating the water from the stripping gas in a third separation apparatus, - recycling the water from the third separation apparatus into the anode space, wherein the stripping gas used is a reactant gas comprising carbon dioxide (CO 2) and/or the product gas from the electrolysis cell. - providing an electrolysis cell, wherein the electrolysis cell comprises a membrane which separates an anode space from a cathode space, - guiding a first aqueous electrolyte as catholyte into the cathode space and guiding a second aqueous electrolyte as anolyte into the anode space, - reducing the carbon dioxide (CO 2) to a product gas comprising carbon monoxide, - separating the product gas from the catholyte in a first separation apparatus, - separating off excess water in the catholyte enriched with water from the anolyte during the reduction of carbon dioxide (CO 2) by means of a stripping gas in a second separation apparatus, - separating the water from the stripping gas in a third separation apparatus, - recycling the water from the third separation apparatus into the anode space, wherein the stripping gas used is a reactant gas comprising carbon dioxide (CO 2) and/or the product gas from the electrolysis cell.
A method for allowing the pairing of a mobile terminal with a farm control and monitoring system associated with a farm, the method being performed in the mobile terminal and comprising: reading an optically readable representation of data placed within or inside a farm installation allowing access only for authorized users, which farm installation is controlled and monitored by means of the farm control and monitoring system; forming image data based on the read representation of data; and transmitting the image data as well as a pairing request message to a server, the pairing request message requesting the server to allow pairing of the mobile terminal with the farm control and monitoring system associated with the image data. reading an optically readable representation of data placed within or inside a farm installation allowing access only for authorized users, which farm installation is controlled and monitored by means of the farm control and monitoring system; forming image data based on the read representation of data; and transmitting the image data as well as a pairing request message to a server, the pairing request message requesting the server to allow pairing of the mobile terminal with the farm control and monitoring system associated with the image data.
A telescopic device with single cylinder and multiple section arms, comprising: a third extension rope, a third retraction rope, a telescopic mechanism, a first section arm, as well as a second section arm and a third section arm that are nested in sequence within the first section arm, the telescopic mechanism has a fixed end connected with the first section arm and a movable end provided with a first turning structure, the second section arm is connected with the movable end of the telescopic mechanism and is further provided with a second turning structure, the third extension rope has one end connected with the first section arm and the other end connected with the third section arm after passing around a top portion of the first turning structure, the third retraction rope has one end connected with the first section arm and the other end connected with the third section arm after passing around a bottom portion of the second turning structure, wherein the telescopic mechanism is a telescopic cylinder, a cylinder body of the telescopic cylinder is disposed upward, wherein a piston rod of the telescopic cylinder is the fixed end of the telescopic mechanism and the cylinder body of the telescopic cylinder is the movable end of the telescopic mechanism, wherein the telescopic device further comprises: a fourth extension rope, a fourth retraction rope, a fifth extension rope as well as a fourth section arm and a fifth section arm that are nested in sequence within the third section arm, the third section arm is provided at its arm head with a third turning structure, the fourth section arm is provided at its arm rear with a fourth turning structure, and the third section arm is provided at its arm rear with a fifth turning structure; the fourth section arm is provided at its arm head with a seventh turning structure, characterized in that the fourth extension rope has one end connected with the arm rear of the first section arm and the other end connected with an arm head of the third section arm after passing around the third turning structure and the fourth turning structure in sequence, the telescopic cylinder is provided, at its end far away from the arm rear of the first section arm, with a sixth turning structure, the fifth section arm is provided at its arm rear with an eighth turning structure, the fifth extension rope has one end connected with the arm rear of the second section arm and the other end connected with the arm head of the fourth section arm after passing around the seventh turning structure and the eighth turning structure in sequence; and the fourth retraction rope has one end connected with the arm rear of the fifth section arm and the other end connected with the arm rear of the third section arm after passing around the fifth turning structure and the sixth turning structure in sequence.
An information representation method of an electronic system, comprising: acquiring a switching rate of a signal; and adopting the switching rate of the signal to represent information; wherein the information is represented as a switching-rate bit, a value range of the switching-rate bit comprises N switching-rate states, and N is a positive integer and N>1; characterized in that: a value of the information is equal to a value of the switching-rate bit and represents one of the N switching-rate states; the information is represented as an N-ary switching-rate bit. acquiring a switching rate of a signal; and adopting the switching rate of the signal to represent information; wherein the information is represented as a switching-rate bit, a value range of the switching-rate bit comprises N switching-rate states, and N is a positive integer and N>1; characterized in that: a value of the information is equal to a value of the switching-rate bit and represents one of the N switching-rate states; the information is represented as an N-ary switching-rate bit. a value of the information is equal to a value of the switching-rate bit and represents one of the N switching-rate states; the information is represented as an N-ary switching-rate bit.
A method of manufacturing needle-shape bristles, comprising: cutting and removing a packing sheet, wound around a bundle of bristles, by a length ranging from 20mm to 30mm from a first end thereof; grinding first ends of the bristles using a rotating grinder; packing the first end of the bundle of bristles, from which the packing sheet is removed, using a packing sheet; cutting the bundle of bristles to a length ranging from 22mm to 32mm; and immersing a second end of the cut bundle of bristles opposite the ground first end thereof in a chemical, thus tapering second ends of the bristles.