mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: outputting a user interface having a portion selectable to designate a client device as a public machine; when the portion is selected, removing a plurality of web service account descriptions stored for the client device, wherein the descriptions describe which web service accounts and custom user data are to be used to generate a user interface having a plurality of portions, wherein each said portion: corresponds to one said web service account; includes respective custom user data; and is selectable to cause authentication to the respective web service account, and wherein the descriptions describe where the custom user data corresponding to said web service accounts may be obtained; and storing a public machine designation in a browser readable object associated with the client device. outputting a user interface having a portion selectable to designate a client device as a public machine; when the portion is selected, removing a plurality of web service account descriptions stored for the client device, wherein the descriptions describe which web service accounts and custom user data are to be used to generate a user interface having a plurality of portions, wherein each said portion: corresponds to one said web service account; includes respective custom user data; and is selectable to cause authentication to the respective web service account, and wherein the descriptions describe where the custom user data corresponding to said web service accounts may be obtained; and storing a public machine designation in a browser readable object associated with the client device.
A polarizing plate, comprising: a polarizer; an adhesive layer directly attached to at least one surface of the polarizer; and a pressure-sensitive adhesive layer (22, 3, 4) comprising a first pressure-sensitive adhesive layer forming a first surface, the first surface being directly attached to the polarizer, and a second pressure-sensitive adhesive layer forming a second surface, the second surface being a surface for attaching the polarizing plate to a liquid crystal panel, and the first and second surfaces (31, 32) having different tensile moduli from each other, wherein the first surface has a tensile modulus at 25 °C of 10 to 1000 MPa. a polarizer; an adhesive layer directly attached to at least one surface of the polarizer; and a pressure-sensitive adhesive layer (22, 3, 4) comprising a first pressure-sensitive adhesive layer forming a first surface, the first surface being directly attached to the polarizer, and a second pressure-sensitive adhesive layer forming a second surface, the second surface being a surface for attaching the polarizing plate to a liquid crystal panel, and the first and second surfaces (31, 32) having different tensile moduli from each other, wherein the first surface has a tensile modulus at 25 °C of 10 to 1000 MPa.
Security fitting part provided for arrangement in or on a rebate groove of a frame of a window or a door, the securing fitting part having a base body and a stop means provided for the base body for fastening in the rebate groove, wherein a securing means for securing and/or locking a stay arm mounted on the frame in a release position of a wing of the window or door is provided on the base body, wherein an elongated guide for the stop means is provided on the base body, and wherein the base body is displaceable relative to the stop means along the guide.
A transparent or translucent glass-ceramic plate (1, 1', 1''), intended for example to cover or receive at least one heating element, in particular intended to serve as a hob or cook-top, said plate having a coating intended to at least partly mask the underlying elements when not in use, while still allowing the heating elements and optional displays to be detected when they are in use, said coating having a region or a group of regions known as the background (4,5,8), occupying most of the surface of the coating and preferentially intended to mask the main part of the heating structure that the plate must cover, and a region or a group of regions called indicating regions (2,3,7), the background region(s) and the indicating region(s) being distinguished by their colors or their shades of color and/or their patterns, the separation between the various zones being carried out along clear lines or along areas having color or pattern graduation(s), the background region(s) and the indicating region(s) being each formed by at least one layer of paint or at least one thin layer or a layer with effect pigments or an enamel layer, characterized in that the indicating region(s) make(s) it possible to display, relative to the background, a pattern and/or a sign and/or the location of functional elements while also making it possible to detect if these elements are in operation or not, and in that at least 90% of the coating is on the face of the plate intended to be turned toward the heating element(s) and optional displays in the use position.
A refrigerator comprising a cabinet providing a refrigerating compartment and a freezing compartment, a door (21, 22) opening and closing the freezing compartment, and an ice maker provided in a rear surface of the door (21, 22), further comprising: a cabinet duct for supplying cold air to the ice maker; an ice cover disposed above the ice maker and having a cover inflow hole in a position facing an outlet of the cabinet duct; and a supply duct connecting the cover inflow hole to the ice maker to provide a cold air supply passage for making ice to the inside of the ice maker, characterized in that the ice maker comprises a tray accommodation part that extends upwardly from a top surface of an ice tray to provide a space in which the top surface of the ice tray is accommodated, and wherein the tray accommodation part is provided with a partition part which partitions an upper side of the ice tray into an inflow space and an outflow space, and an outlet of the supply duct is disposed in the inflow space above the ice tray. a cabinet duct for supplying cold air to the ice maker; an ice cover disposed above the ice maker and having a cover inflow hole in a position facing an outlet of the cabinet duct; and a supply duct connecting the cover inflow hole to the ice maker to provide a cold air supply passage for making ice to the inside of the ice maker, characterized in that the ice maker comprises a tray accommodation part that extends upwardly from a top surface of an ice tray to provide a space in which the top surface of the ice tray is accommodated, and wherein the tray accommodation part is provided with a partition part which partitions an upper side of the ice tray into an inflow space and an outflow space, and an outlet of the supply duct is disposed in the inflow space above the ice tray.
An industrial truck with a driver's display and at least one manually actuatable control element, to which a plurality of function buttons is assigned, characterized in that a switching button for the function buttons is provided, upon the actuation of which at least one of the function buttons is assigned a respective second function, wherein the second function is a function that can be programmed by the driver himself, and a memory unit and a driver login unit are provided, wherein when a driver logs in to the driver login unit his driver-specific second functions are loaded from the memory unit, and when the driver logs out his driver-specific second functions are stored in the memory unit.
Electrical machine, comprising a stator having a stator core and a rotor having a rotor core, wherein the stator core and/or the rotor core (22, 32) comprises a plurality of magnet pockets in each of which at least one permanent magnet is disposed and is connected by a connecting material to the stator core and/or the rotor core (22, 32), wherein the connecting material comprises a foamed polymer material, characterized in that an outer surface of the foamed polymer material is formed as a non-porous top layer.
A method for wireless communications by a user equipment, UE, comprising: identifying a transmit time interval, TTI, bundle comprising a plurality of uplink, UL, subframes for transmitting data to a node; and skipping monitoring downlink subframes for a duration of the TTI bundle; wherein monitoring comprises turning on and regularly updating time and frequency tracking for downlink reception. identifying a transmit time interval, TTI, bundle comprising a plurality of uplink, UL, subframes for transmitting data to a node; and skipping monitoring downlink subframes for a duration of the TTI bundle; wherein monitoring comprises turning on and regularly updating time and frequency tracking for downlink reception.
A method comprising: providing a linear material connected to a rotatable spool member housed within a housing, the spool member being rotatable about a winding axis, the spool member configured to rotate in a wind direction about the winding axis to wind the linear material about the spool member, the spool member configured to rotate in an unwind direction about the winding axis to unwind the linear material from the spool member, the housing having a port through which the linear material extends; detecting the linear material being pulled from the spool member through the port by a user; responding to the detected pulling of the linear material by conducting a powered-assist operation in which a motor rotates the spool member about the winding axis in the unwind direction; detecting an unwind rate at which the linear material is unwound from the spool member during the powered-assist operation; detecting a pull-out rate at which the linear material is pulled by the user through the port in the unwind direction during the powered-assist operation; and adjusting a rotation speed of the motor during the powered-assist operation based at least partly on the unwind rate and the pull-out rate, in order to limit a length of unwound linear material between the spool member and the port to less than a predetermined length. providing a linear material connected to a rotatable spool member housed within a housing, the spool member being rotatable about a winding axis, the spool member configured to rotate in a wind direction about the winding axis to wind the linear material about the spool member, the spool member configured to rotate in an unwind direction about the winding axis to unwind the linear material from the spool member, the housing having a port through which the linear material extends; detecting the linear material being pulled from the spool member through the port by a user; responding to the detected pulling of the linear material by conducting a powered-assist operation in which a motor rotates the spool member about the winding axis in the unwind direction; detecting an unwind rate at which the linear material is unwound from the spool member during the powered-assist operation; detecting a pull-out rate at which the linear material is pulled by the user through the port in the unwind direction during the powered-assist operation; and adjusting a rotation speed of the motor during the powered-assist operation based at least partly on the unwind rate and the pull-out rate, in order to limit a length of unwound linear material between the spool member and the port to less than a predetermined length.
A resol resin composed of at least one aromatic component with at least one phenolic hydroxyl group and at least one aldehyde component, characterized by areas that are embedded in the resol resin matrix and are composed of organically-modified polysiloxane, wherein said polysiloxane contains carbon-containing groups that are at least partially bonded to silicon atoms in the form of unsubstituted or substituted alkyl, alkenyl, aryl, arylalkyl or alkyl-aryl groups and that are bonded to reactive groups of said resol resinnot through covalent bonds, wherein more than one carbon-containing residue is bonded to at least 40 percent of the silicon atoms of said polysiloxane.
A resin composition comprising at least an aliphatic polyester-based resin and a starch, and further a thermoplastic resin other than the aliphatic polyester-based resin, wherein the aliphatic polyester-based resin forms a matrix phase and the starch forms a dispersed phase, wherein the average particle diameter of the dispersed phase is 1 μm or less, and wherein the resin composition contains an aliphatic-aromatic polyester-based resin as the thermoplastic resin and the aliphatic-aromatic polyester-based resin forms a dispersed phase distinct from the dispersed phase of the starch.
Use of a covering for non-therapeutic cosmetic treating of the skin and dermis of a user, wherein the covering that comprises a laminar body of molded polymeric material is fixed, in use, to the area to be treated of a body of the user by means of suitable retention elements; at least one light source is connected to circuits for power supply and control thereof, the light source and the circuits being arranged and mounted on said laminar body, said light source is constituted by a plurality of light emitting diodes suitable to emit a beam of light of red color or blue color or yellow color, that are distributed on the internal surface of, and embedded within said laminar body that has a thickness suitable to accommodate therein also said circuits, the laminar body contains said plurality of diodes and said circuits are connected to a control and management unit by means of an appropriate cable, characterized in that with the laminar body fixed in use to the area of the body of the user to be treated by means of said retention means said plurality of diodes embedded in said laminar body are all arranged equidistant from the surface of the skin of the user to be treated in order to homogenize the treatment and emit a uniform beam of light, the distance from the surface of the skin to be treated being established by calculation as a function of the characteristics of the intensity and frequency of the beam emitted by the particular type of diodes embedded in said laminar body.
Dilatometer for measuring metallic samples, comprising: a) a sample holder (4, 14), to which a sample can be fixed, b) at least one induction coil arranged at the sample for heating the sample, c) at least one sensor for measuring the temperature of the sample, wherein d) an optical measuring device (6, 9) is provided for detecting a change in length of the sample, wherein the sample holder comprises two rams (4, 14; 4', 14'), between which the sample can be clamped in a longitudinal direction, the at least one induction coil has a gap in a central region and a measurement plane of the optical measuring device is arranged in the region of the gap, and the measurement plane of the optical measuring device (6, 9) is oriented perpendicular to the longitudinal direction, and the optical measuring device (6, 9) detects a change in length in said measurement plane, and the sensor measures the temperature of the sample specifically in the region of said plane. a) a sample holder (4, 14), to which a sample can be fixed, b) at least one induction coil arranged at the sample for heating the sample, c) at least one sensor for measuring the temperature of the sample, wherein d) an optical measuring device (6, 9) is provided for detecting a change in length of the sample,
Polymerisate which is suitable for the regeneration of traumatised tissue, comprising human or animal blood, blood plasma or blood platelet concentrate, characterised in that it comprises: (i) autologous stem cells or bone marrow cells, (ii) erythropoietin in a dose between 50 and 500 IU/kg of body weight; (iii) additional lyophilised blood or blood plasma and (iv) a natural or synthetic polymer and/or calcium ions and/or thrombin and/or protamine. (i) autologous stem cells or bone marrow cells, (ii) erythropoietin in a dose between 50 and 500 IU/kg of body weight; (iii) additional lyophilised blood or blood plasma and (iv) a natural or synthetic polymer and/or calcium ions and/or thrombin and/or protamine.
A method performed by a lane shift indicating system for indicating a potential lane shift of a vehicle supporting at least partly automated steering and at least partly automated vehicle speed control, when said vehicle is travelling along a first driving lane (31, 31') of a road further comprising at least a second driving lane (32, 32') separated from said first driving lane (31, 31') by one or more lane markings, said method comprising: determining a driving environment of said vehicle at an initial vehicle position (20, 20'); said method characterized in further comprising: determining that said driving environment indicates that said vehicle is, or soon will be, in a driving situation where a lane shift from said first driving lane (31, 31') to said second driving lane (32, 32') is considered appropriate; and adjusting said steering prior to a potential initiation of an automated vehicle speed adjustment pertinent said determined driving situation, such that said vehicle continues its travel laterally closer to said one or more lane markings along said first driving lane (31, 31'), as compared to said initial vehicle position (20, 20'). determining a driving environment of said vehicle at an initial vehicle position (20, 20'); said method characterized in further comprising: determining that said driving environment indicates that said vehicle is, or soon will be, in a driving situation where a lane shift from said first driving lane (31, 31') to said second driving lane (32, 32') is considered appropriate; and adjusting said steering prior to a potential initiation of an automated vehicle speed adjustment pertinent said determined driving situation, such that said vehicle continues its travel laterally closer to said one or more lane markings along said first driving lane (31, 31'), as compared to said initial vehicle position (20, 20'). determining that said driving environment indicates that said vehicle is, or soon will be, in a driving situation where a lane shift from said first driving lane (31, 31') to said second driving lane (32, 32') is considered appropriate; and adjusting said steering prior to a potential initiation of an automated vehicle speed adjustment pertinent said determined driving situation, such that said vehicle continues its travel laterally closer to said one or more lane markings along said first driving lane (31, 31'), as compared to said initial vehicle position (20, 20').
Method for producing silicon semiconductor wafers, comprising melting polysilicon in a crucible, pulling a single crystal in a Czochralski pulling system, dividing the single crystal into crystal pieces and cutting the crystal pieces into semiconductor wafers, the pulling system being purged with a purge gas, characterized in thatthe following relationship applies to the flow rate of the purge gas f and the pressure in the pulling system p during the melting of the polysilicon:flow rate f [l/h] > 720 x pressure p [mbar], wherein the pressure p in the pulling system is less than 7 mbar.
Drill template for a jaw surgery intervention on a patient, the drill template having a temporary tooth in which a drill guide is provided for guiding a drill into the patient's jaw, and at least one holding element which is connected to the temporary tooth in order to temporarily attach the drill template to the patient's dentition, characterised in that the at least one holding element is connected to the temporary tooth via a releasable connection and is shaped in order to be placed on one or more teeth of the patient's dentition to position the drill template on the patient's dentition, the at least one holding element having an opening adjusted to one or more teeth of the patient's dentition in order to position the drill template on the patient's dentition.
An incision device comprising: - a manual gripping element and - an incision assembly placed on an end of the gripping element and comprising a punch, split into at least two incision tips (220, 230), characterised in that at least one of these tips (220, 230) is movably hinged to the gripping element to be movable between a rest and incision position in which the tips (220, 230) are adjacent and a working and injection position in which the tips (220, 230) are distant and in that the device comprises loading means adapted to move each movable tip (220, 230) into working position, when these loading means bear against the skin. - a manual gripping element and - an incision assembly placed on an end of the gripping element and comprising a punch, split into at least two incision tips (220, 230),
A system for configuration and/or parameterisation of miniature control units, comprising means for wireless transfer of configuration and/or parameterisation data which are intended for the miniature control units, wherein each miniature control unit has a unique device identifier that is stored in a data memory of this miniature control unit and is attached to or on this miniature control unit so as to be optically identifiable; the system further comprising a configuration and/or parameterisation device that is adapted to optically identify this unique device identifier and to associate configuration and/or parameterisation data that are to be transferred to a miniature control unit; characterized in that the configuration and/or parameterisation device is further configured such that the configuration and/or parameterisation data and the device identifier associated therewith can be simultaneously transferred in wireless manner from the configuration and/or parameterisation device to the miniature control unit; wherein configuration and/or parameterisation data that are received by a miniature control unit are only stored for configuration and/or parameterisation within this miniature control unit if the simultaneously received device identifier associated with these configuration and/or parameterisation data matches the device identifier that is stored in the data memory of the miniature control unit.
A medical treatment system comprising: a medical instrument comprising a proximal end portion, a distal end portion and an elongate body extending from the proximal end portion to the distal end portion, wherein the proximal end portion comprises a handle, wherein the handle comprises a steering actuator that is manually operable by a user, a sensor configured to sense movement of the steering actuator, a first motor configured to provide an opposition force to the handle to be perceived by the user, a second motor configured to effect steering of the distal end portion of the medical instrument; and a control unit comprising a processor and one or more motor drivers, wherein the control unit is configured to receive signals from the sensor indicative of movement of the steering actuator and to output signals to actuate the first motor and the second motor via the one or more motor drivers in response to the received signals from the sensor so as to generate the opposition force and so as to effect the steering of the distal end portion. a medical instrument comprising a proximal end portion, a distal end portion and an elongate body extending from the proximal end portion to the distal end portion, wherein the proximal end portion comprises a handle, wherein the handle comprises a steering actuator that is manually operable by a user, a sensor configured to sense movement of the steering actuator, a first motor configured to provide an opposition force to the handle to be perceived by the user, a second motor configured to effect steering of the distal end portion of the medical instrument; and a control unit comprising a processor and one or more motor drivers, wherein the control unit is configured to receive signals from the sensor indicative of movement of the steering actuator and to output signals to actuate the first motor and the second motor via the one or more motor drivers in response to the received signals from the sensor so as to generate the opposition force and so as to effect the steering of the distal end portion.