mhurhangee/ep-ind-claims huggingface dataset:
Brew group of an infusion machine, in particular an espresso coffee machine, comprising - infusion means (43, 43b) provided for the preparation of infusions; - a holding chamber hydraulically connected to said infusion means (43, 43b) comprising - at least two liquid inlets designed to permit the entry of liquids having a first and a second temperature; and - heating means, designed to directly heat the liquids delivered to said holding chamber through said at least two inlets so as to hydraulically feed said infusion means (43, 43b) for the preparation of infusions; characterised in that. - said infusion means (43, 43b) comprise an infusion chamber concentric with said holding chamber or incorporated into said holding chamber. - infusion means (43, 43b) provided for the preparation of infusions; - a holding chamber hydraulically connected to said infusion means (43, 43b) comprising - at least two liquid inlets designed to permit the entry of liquids having a first and a second temperature; and - heating means, designed to directly heat the liquids delivered to said holding chamber through said at least two inlets so as to hydraulically feed said infusion means (43, 43b) for the preparation of infusions; - said infusion means (43, 43b) comprise an infusion chamber concentric with said holding chamber or incorporated into said holding chamber.
An information processing device (10, 30) controlled by a user, comprising: a communication unit; an acquisition unit configured to acquire via the communication unit two or more pieces of presence information including information identifying an application being run in two or more other information processing devices which use a same user account and; a status image generation unit configured to generate a status image indicating a status of a separate user identified by the user account, by referring to the acquired presence information. wherein the status image generation unit uses information identifying an application in which the latest status change occurs in the two or more other information processing devices, so as to generate the status image indicating the status of the separate user; and wherein the status image generation unit generates the status image including an application name corresponding to application identification information included in the latest presence information which includes the user account of the separate user, the application name representing the status of the separate user. a communication unit; an acquisition unit configured to acquire via the communication unit two or more pieces of presence information including information identifying an application being run in two or more other information processing devices which use a same user account and; a status image generation unit configured to generate a status image indicating a status of a separate user identified by the user account, by referring to the acquired presence information. wherein the status image generation unit uses information identifying an application in which the latest status change occurs in the two or more other information processing devices, so as to generate the status image indicating the status of the separate user; and wherein the status image generation unit generates the status image including an application name corresponding to application identification information included in the latest presence information which includes the user account of the separate user, the application name representing the status of the separate user.
A wall for a lanch vehicle comprising: a first structure having a first plurality of channels extending towards a number of edges of the first structure; characterized in that it comprises a second structure having a second plurality of channels extending towards a number of edges of the second structure, wherein a first side of the first structure is connected to a first side of the second structure and wherein the first plurality of channels and the second plurality of channels have an orientation with respect to each other; a first layer connected to a second side of the first structure; and a second layer connected to a second side of the second structure; and furhter comprising a gas purge system connected to a first portion of the first plurality of channels and a second portion of the second plurality of channels, wherein the gas purge system is configured to move gas from a first edge of the first portion of the first plurality of channels to a second edge of the first portion of the first plurality of channels and move the gas from a first edge of the second portion of the second plurality of channels to a second edge of the second portion of the second plurality of channels. a first structure having a first plurality of channels extending towards a number of edges of the first structure; characterized in that it comprises a second structure having a second plurality of channels extending towards a number of edges of the second structure, wherein a first side of the first structure is connected to a first side of the second structure and wherein the first plurality of channels and the second plurality of channels have an orientation with respect to each other; a first layer connected to a second side of the first structure; and a second layer connected to a second side of the second structure; and furhter comprising a gas purge system connected to a first portion of the first plurality of channels and a second portion of the second plurality of channels, wherein the gas purge system is configured to move gas from a first edge of the first portion of the first plurality of channels to a second edge of the first portion of the first plurality of channels and move the gas from a first edge of the second portion of the second plurality of channels to a second edge of the second portion of the second plurality of channels.
A method for activating a guidance light for a mobile device, the method comprising: determining, by the mobile device using a Body Area Network technique, that a charging wire is proximate to the mobile device, wherein the charging wire is configured to be operably connected to a charging power source; and in response to determining that the mobile device is proximate to the charging wire, activating the guidance light, the guidance light being built into a connector located in the mobile device, the connector for receiving a charging head of the charging wire, the charging power source for charging a power source in the mobile device. determining, by the mobile device using a Body Area Network technique, that a charging wire is proximate to the mobile device, wherein the charging wire is configured to be operably connected to a charging power source; and in response to determining that the mobile device is proximate to the charging wire, activating the guidance light, the guidance light being built into a connector located in the mobile device, the connector for receiving a charging head of the charging wire, the charging power source for charging a power source in the mobile device.
Method for operating a hearing aid which comprises at least one input transducer and at least one output transducer, wherein an input signal is generated by the at least one input transducer from a sound signal of the environment, wherein, by means of the input signal, a classification of a hearing situation of the environment takes place and/or at least one of the four parameters of tonality, loudness, stationarity and reverberation time are determined for the sound signal of the environment, wherein a first intermediate signal is generated in dependence on the input signal by means of signal processing, wherein, by means of the classification of the hearing situation and/or by means of at least one of the four parameters of tonality, loudness, stationarity and reverberation time, respectively, at least one parameter (ft, Δ) of a frequency distortion is predetermined, and wherein said predetermined frequency distortion is applied to the first intermediate signal, characterized in that - by means of the classification of the hearing situation and/or by means of the at least one of the four parameters of tonality, loudness, stationarity and reverberation time, respectively, a comb filter parameter is determined which specifies a probability value for an occurrence and/or an intensity of a comb filter effect and the at least one parameter (ft, Δ) of the frequency distortion is additionally specified in dependence on the comb filter parameter. - by means of the classification of the hearing situation and/or by means of the at least one of the four parameters of tonality, loudness, stationarity and reverberation time, respectively, a comb filter parameter is determined which specifies a probability value for an occurrence and/or an intensity of a comb filter effect and
A turbine speed probe diagnostic system, comprising: a speed lead connected to a speed probe and to a speed reading circuit; a speed probe diagnostic circuit; a first isolation switch connected between the speed lead and the speed probe diagnostic circuit; wherein the speed probe generates a speed signal and transmits the speed signal through the speed lead to the speed reading circuit during normal operation of the turbine, the first isolation switch being open during normal operation to isolate the speed probe diagnostic circuit from the speed lead; and wherein the first isolation switch closes when no speed signal is sensed by the speed reading circuit and the speed probe diagnostic circuit applies a voltage or a ground to the speed lead through the first isolation switch to test for a condition of the speed probe or the speed lead. a speed lead connected to a speed probe and to a speed reading circuit; a speed probe diagnostic circuit; a first isolation switch connected between the speed lead and the speed probe diagnostic circuit; wherein the speed probe generates a speed signal and transmits the speed signal through the speed lead to the speed reading circuit during normal operation of the turbine, the first isolation switch being open during normal operation to isolate the speed probe diagnostic circuit from the speed lead; and wherein the first isolation switch closes when no speed signal is sensed by the speed reading circuit and the speed probe diagnostic circuit applies a voltage or a ground to the speed lead through the first isolation switch to test for a condition of the speed probe or the speed lead.
A wrapper for rice covered with laver, which is to be used to wrap a lump of rice, the wrapper comprising: two films forming sealing parts that are sealed to each other at outer peripheral parts (10A, 10B, 10C, 10D, 20A, 20B, 20C, 20D) thereof to form an outer layer and an inner layer and including laver therebetween; a cutting band formed at the center of the outer layer and vertically extending downward from a longitudinal upper portion of the outer layer; characterised by a first cutting groove at the longitudinal upper part of of the outer part for cutting said film by pulling the cutting band toward a longitudinal direction from top to the bottom, said first cutting groove including (a) horizontal portion/s extending transversely toward the peripheral lateral edges (10C, 10D) of the outer film layer; and a covering tab adhesively attached to seal the first cutting groove, wherein the covering tab is also a gripping device for pulling the cutting band in order to open the wrapper. two films forming sealing parts that are sealed to each other at outer peripheral parts (10A, 10B, 10C, 10D, 20A, 20B, 20C, 20D) thereof to form an outer layer and an inner layer and including laver therebetween; a cutting band formed at the center of the outer layer and vertically extending downward from a longitudinal upper portion of the outer layer; a first cutting groove at the longitudinal upper part of of the outer part for cutting said film by pulling the cutting band toward a longitudinal direction from top to the bottom, said first cutting groove including (a) horizontal portion/s extending transversely toward the peripheral lateral edges (10C, 10D) of the outer film layer; and a covering tab adhesively attached to seal the first cutting groove, wherein the covering tab is also a gripping device for pulling the cutting band in order to open the wrapper.
Lamp, preferably a spot lamp, comprising: - a first lamp body having a first rotation axis portion, and - a second lamp body having a second rotation axis portion, wherein the first rotation axis portion and the second rotation axis portion are connected to one another such that they can rotate about an axis of rotation, and wherein the first rotation axis portion and the second rotation axis portion overlap axially with respect to the axis of rotation in a rotating portion, - a sealing means, wherein the sealing means is disposed in the rotating portion radially between and in sealing abutment with the first rotation axis portion and the second rotation axis portion, - a retaining means, characterized in that the retaining means rotatably connects the first lamp body and the second lamp body such that the sealing abutment is maintained regardless of a rotational position of the lamp bodies (10, 20) relative to one another, and so that the retaining means does not have to be released to adjust the rotational position of the lamp bodies (10, 20) relative to one another. - a first lamp body having a first rotation axis portion, and - a second lamp body having a second rotation axis portion, wherein the first rotation axis portion and the second rotation axis portion are connected to one another such that they can rotate about an axis of rotation, and wherein the first rotation axis portion and the second rotation axis portion overlap axially with respect to the axis of rotation in a rotating portion, wherein the first rotation axis portion and the second rotation axis portion are connected to one another such that they can rotate about an axis of rotation, and wherein the first rotation axis portion and the second rotation axis portion overlap axially with respect to the axis of rotation in a rotating portion, - a sealing means, wherein the sealing means is disposed in the rotating portion radially between and in sealing abutment with the first rotation axis portion and the second rotation axis portion, - a retaining means, characterized in that the retaining means rotatably connects the first lamp body and the second lamp body such that the sealing abutment is maintained regardless of a rotational position of the lamp bodies (10, 20) relative to one another, and so that the retaining means does not have to be released to adjust the rotational position of the lamp bodies (10, 20) relative to one another.
Cladribine for use as a lymphodepleting agent in a method for treating a subject in need of treatment for cancer, said method comprising: (a) obtaining naive CD8+ T cells from the subject; (b) contacting the naive CD8+ T cells with xenogenic antigen presenting cells loaded with one or more peptide antigens, thereby generating activated CTLs that target cells expressing said one or more peptide antigens; (c) administering to the subject the activated CTLs; (d) administering to the subject at least two cytokines that effect CTL persistence; and (e) administering to the subject cladribine wherein the administration of cladribine begins before the administration of the activated CTLs. (a) obtaining naive CD8+ T cells from the subject; (b) contacting the naive CD8+ T cells with xenogenic antigen presenting cells loaded with one or more peptide antigens, thereby generating activated CTLs that target cells expressing said one or more peptide antigens; (c) administering to the subject the activated CTLs; (d) administering to the subject at least two cytokines that effect CTL persistence; and (e) administering to the subject cladribine
An autonomous moving robot comprising: actuators (211,221) at least comprising a motor for movement; a reading unit configured to read a tag installed in a human activity space, at least one of information on an allowable operation time of the actuators and information on an allowable operation amount of the actuators being described in the tag; and a controller configured to prohibit or limit execution of a predetermined task whose execution has already been accepted, the predetermined task being operated using at least one of the actuators, until the time when the reading unit reads the tag, and release the prohibition or the limitation and execute the task in such a way that an operation time and an operation amount do not exceed the allowable operation time and the allowable operation amount described in the tag after the reading unit has read the tag. actuators (211,221) at least comprising a motor for movement; a reading unit configured to read a tag installed in a human activity space, at least one of information on an allowable operation time of the actuators and information on an allowable operation amount of the actuators being described in the tag; and a controller configured to prohibit or limit execution of a predetermined task whose execution has already been accepted, the predetermined task being operated using at least one of the actuators, until the time when the reading unit reads the tag, and release the prohibition or the limitation and execute the task in such a way that an operation time and an operation amount do not exceed the allowable operation time and the allowable operation amount described in the tag after the reading unit has read the tag.
Feeding device for feeding loosened fibres or fibre tufts onto a transport device, wherein the feeding device comprises: at least one first feeding segment and one second feeding segment for feeding a raw material (114, 214), wherein the first and the second feeding segment (110, 210) each comprise one intake roller (120, 220); and one opening roller which for loosening the raw material (114, 214) interacts with the intake rollers (120, 220) of the first and the second feeding segment (110, 210); wherein at least the first and the second feeding segment (110, 210) are disposed so as to be mutually spaced apart in a circumferential direction of the opening roller; characterized in that the intake rollers (120, 220) of the first and the second feeding segment (110, 210) are individually actuatable. at least one first feeding segment and one second feeding segment for feeding a raw material (114, 214), wherein the first and the second feeding segment (110, 210) each comprise one intake roller (120, 220); and one opening roller which for loosening the raw material (114, 214) interacts with the intake rollers (120, 220) of the first and the second feeding segment (110, 210); wherein at least the first and the second feeding segment (110, 210) are disposed so as to be mutually spaced apart in a circumferential direction of the opening roller; characterized in that the intake rollers (120, 220) of the first and the second feeding segment (110, 210) are individually actuatable.
Method for controlling a production plant for plate-shaped or strand-shaped bodies, in which the body is conveyed along a direction of flow through a measurement area, in which the body is exposed in the measurement area to measurement radiation in the gigahertz or terahertz frequency range, wherein the measurement radiation penetrates at least partially into the body, and in which measurement radiation reflected by the body is detected, characterized in that the refractive index (n) of the body is determined based on the detected measurement radiation without gravimetric or volumetric measurements, in that at least one production parameter of the production plant is controlled based on the refractive index determination, wherein the refractive index (n) is determined at several points in time while the body is conveyed through the measurement area and the at least one production parameter is controlled based on a change of the refractive index (n) over time and/or wherein different locations of the body are exposed to measurement radiation, wherein the refractive index (n) is determined at the different locations of the body and the at least one production parameter is controlled based on a spatial change of the refractive index (n).
A transmission line length detection device comprising: a first capacitance calculation unit to observe a voltage change in a transmission line in a communication network, and to calculate total capacitance which is capacitance of a whole of the transmission line on a basis of the voltage change; a second capacitance calculation unit to measure a characteristic impedance of the transmission line and to calculate a capacitance per unit length of the transmission line from the characteristic impedance; and an electric length calculation unit to calculate an electric length of the transmission line by dividing the total capacitance calculated by the first capacitance calculation unit by the capacitance per unit length calculated by the second capacitance calculation unit. a first capacitance calculation unit to observe a voltage change in a transmission line in a communication network, and to calculate total capacitance which is capacitance of a whole of the transmission line on a basis of the voltage change; a second capacitance calculation unit to measure a characteristic impedance of the transmission line and to calculate a capacitance per unit length of the transmission line from the characteristic impedance; and an electric length calculation unit to calculate an electric length of the transmission line by dividing the total capacitance calculated by the first capacitance calculation unit by the capacitance per unit length calculated by the second capacitance calculation unit.
An imaging scanner with enhanced usability and aiming, comprising: a scanning camera positioned to receive an image of an item reflected from a mirror, wherein the scanning camera has a first field of view that is partially shared with an operator's visual field of the mirror; and the mirror located so that the operator can locate item data on said item and aim said item data at the scanning camera, wherein the operator has a first line of sight to said item data reflected in the mirror; characterized in that the scanning camera is positioned to receive an image of a second item transmitted through the mirror, wherein the mirror has a partially reflecting and partially transmitting coating; the scanning camera has a second field of view to said second item; the scanning camera sees a reflection in the mirror of the image of the first item positioned by the operator on a first side of the mirror, and sees the image of the second item through the mirror where the second item is positioned by a person on a second side of the mirror; and the mirror is also located so that the person can position the second item such that the scanning camera sees the second item through the mirror. a scanning camera positioned to receive an image of an item reflected from a mirror, wherein the scanning camera has a first field of view that is partially shared with an operator's visual field of the mirror; and the mirror located so that the operator can locate item data on said item and aim said item data at the scanning camera, wherein the operator has a first line of sight to said item data reflected in the mirror; characterized in that the scanning camera is positioned to receive an image of a second item transmitted through the mirror, wherein the mirror has a partially reflecting and partially transmitting coating; the scanning camera has a second field of view to said second item; the scanning camera sees a reflection in the mirror of the image of the first item positioned by the operator on a first side of the mirror, and sees the image of the second item through the mirror where the second item is positioned by a person on a second side of the mirror; and the mirror is also located so that the person can position the second item such that the scanning camera sees the second item through the mirror.