mhurhangee/patent-ind-claim-en huggingface dataset:
An attachment and detachment device enabling suction and separation of a workpiece (W), the device comprising: a machinable ceramic layer ; an adhesion activating layer provided on the machinable ceramic layer; an electrode layer provided on the adhesion activating layer; and a dielectric layer provided on the electrode layer, wherein the electrode layer is covered with the adhesion activating layer and the dielectric layer, and the dielectric layer has a volume resistivity of 10 9 to 10 12 Ω·cm. a machinable ceramic layer ; an adhesion activating layer provided on the machinable ceramic layer; an electrode layer provided on the adhesion activating layer; and a dielectric layer provided on the electrode layer, wherein the electrode layer is covered with the adhesion activating layer and the dielectric layer, and the dielectric layer has a volume resistivity of 10 9 to 10 12 Ω·cm.
Method for removing contaminants from wastewater by means of electrocoagulation, the method comprising the following steps: a) passing wastewater to be purified through an electrolytic cell which is provided with two metal electrodes with different electronegativities, consisting of coaxial pipes, the inner pipe comprising the more electronegative electrode, b) performing electrolysis between the two electrodes , such that the more electronegative electrode , which does not wear in a cleaning process, is used to produce hydrogen gas and hydroxyl ions from water, and that the less electronegative electrode , which is an active, wearing electrode in a cleaning process, is used to produce metal ions in a solution to be cleaned, c) producing an electric field in the electrolytic cell , whereby desired redox reactions take place to isolate one or more contaminants from the wastewater in the form of flakes, d) passing the wastewater with said flakes from the electrolytic cell to a separation device for flakes and purified water, characterised by the step of, e) producing axial waves in the wastewater along the inner surface of the outer electrode intermittently , wherein the mechanical production of axial waves is produced by rotation of a ring provided with vane-shaped brushes, said vane-shaped brushes consisting of brush bristles , wherein said brush bristles do not touch the surface of the wearing electrode . a) passing wastewater to be purified through an electrolytic cell which is provided with two metal electrodes with different electronegativities, consisting of coaxial pipes, the inner pipe comprising the more electronegative electrode, b) performing electrolysis between the two electrodes , such that the more electronegative electrode , which does not wear in a cleaning process, is used to produce hydrogen gas and hydroxyl ions from water, and that the less electronegative electrode , which is an active, wearing electrode in a cleaning process, is used to produce metal ions in a solution to be cleaned, c) producing an electric field in the electrolytic cell , whereby desired redox reactions take place to isolate one or more contaminants from the wastewater in the form of flakes, d) passing the wastewater with said flakes from the electrolytic cell to a separation device for flakes and purified water, characterised by the step of, e) producing axial waves in the wastewater along the inner surface of the outer electrode intermittently , wherein the mechanical production of axial waves is produced by rotation of a ring provided with vane-shaped brushes, said vane-shaped brushes consisting of brush bristles , wherein said brush bristles do not touch the surface of the wearing electrode .
An engine, comprising a crankcase; a crankshaft journalled in the crankcase; a piston coupled to the crankshaft ; a cylinder in which the piston reciprocates; a head positioned over the piston and cylinder , the head including a first aperture therethrough profiled for a spark plug; at least one camshaft positioned in the head ; a cam retainer positioned over the cam to retain the cam in the head ; and a valve cover receivable over the head and cam retainer , wherein the cam retainer comprises a second aperture profiled to at least partially overlie the first aperture , the cam retainer being in a sealed relation with the head at the interface of the first and second apertures , and the valve cover having a third aperture therethrough, the third aperture being profiled to at least partially overlie the second aperture , the valve cover being in a sealed relation with the cam retainer at the interface of the second and third apertures , wherein a baffle plate is positioned above an upper surface of the cam retainer and supported on the valve cover , characterized in that the baffle plate includes a circular opening configured to be received over the third aperture of the valve cover.
A method for operating an ultra-wideband (UWB) device, the method comprising: powering down a first receive path of a multipath UWB device while leaving a second receive path of the multipath UWB device powered up; characterized by : powering down channel estimation, tracking, and demodulation functions of the second receive path; and performing an acquisition function using the second receive path while the first receive path is powered down and while the channel estimation, tracking, and demodulation functions of the second receive path are powered down. powering down a first receive path of a multipath UWB device while leaving a second receive path of the multipath UWB device powered up; characterized by : powering down channel estimation, tracking, and demodulation functions of the second receive path; and
A device for monitoring a mounting state of a workpiece in a workpiece mount in a working space or a defined surrounding area of a machine tool , comprising - at least one workpiece sensor , which is configured to detect an actual state of the workpiece in the workpiece mount in the working space , and to provide a monitoring signal, which describes the actual state of the workpiece , and - a control unit , characterized in that - an illumination arrangement for illuminating the working space in a normal mode of operation is provided, the illumination arrangement is further operable in at least one signal mode of operation, and the control unit is configured to, determine, on the basis of the monitoring signal, whether the workpiece is in a first mounting state or a second mounting state, and selectively operate the illumination arrangement on thas basis in the signal mode of operation to provide visual information in the working space for visualizing the mounting state of the workpiece . - at least one workpiece sensor , which is configured to detect an actual state of the workpiece in the workpiece mount in the working space , and to provide a monitoring signal, which describes the actual state of the workpiece , and - a control unit , characterized in that - an illumination arrangement for illuminating the working space in a normal mode of operation is provided,
A method performed by a user equipment, UE , in a wireless communication system, the method comprising: receiving information indicating, for each search space set of a plurality of search space sets, a group to which the each search space set belongs among a first group and a second group, wherein the first group comprising at least one first search space set and the second group comprising at least one second search space set, wherein different intervals of PDCCH monitoring periodicity are configured for different search space sets in the plurality of search space sets; obtaining a number of slots X to configure a predetermined time period for a physical downlink control channel, PDCCH, monitoring, wherein the predetermined time period spans X slots after a last symbol of at least one symbol in which a first specific PDCCH is detected; receiving the first specific PDCCH; and monitoring a second PDCCH according to an interval of PDCCH monitoring periodicity configured for the at least one second search space set in the second group during the predetermined time period, wherein, before the predetermined time period, an interval of PDCCH monitoring periodicity configured for the at least one first search space set in the first group is applied. receiving information indicating, for each search space set of a plurality of search space sets, a group to which the each search space set belongs among a first group and a second group, wherein the first group comprising at least one first search space set and the second group comprising at least one second search space set, wherein different intervals of PDCCH monitoring periodicity are configured for different search space sets in the plurality of search space sets; obtaining a number of slots X to configure a predetermined time period for a physical downlink control channel, PDCCH, monitoring, wherein the predetermined time period spans X slots after a last symbol of at least one symbol in which a first specific PDCCH is detected; receiving the first specific PDCCH; and monitoring a second PDCCH according to an interval of PDCCH monitoring periodicity configured for the at least one second search space set in the second group during the predetermined time period, wherein, before the predetermined time period, an interval of PDCCH monitoring periodicity configured for the at least one first search space set in the first group is applied.
A belt-type continuously variable transmission comprising a primary shaft and a secondary shaft that are disposed parallel to each other with axes thereof being directed sideways, a drive pulley that is supported on the primary shaft , a driven pulley that is supported on the secondary shaft , a belt that is wound around the two pulleys , an arm that is relatively rotatably linked to a movable sheave of either one of the two pulleys via a bearing , a transmission case that houses the two pulleys , the belt and the arm , and an actuator that is attached to the transmission case and can change a groove width of said one pulley by driving the movable sheave via the arm , an opening being formed in the transmission case on a phantom line that joins the primary shaft and the secondary shaft when viewed on a projection plane that is orthogonal to the axes of the two shafts , and the actuator having an inward protruding portion that protrudes into the transmission case through the opening , the inward protruding portion comprising an output shaft on which is provided a second engagement portion that can engage with a first engagement portion of the arm , and the second engagement portion of the output shaft projecting from the inward protruding portion engaging with the first engagement portion from one side in an arrangement direction of the two shafts within the transmission case , wherein in a state in which the actuator is attached to the transmission case , the inward protruding portion is disposed on the phantom line or in the vicinity thereof when viewed on the projection plane, a clearance portion is formed around the opening by cutting out a peripheral edge of the opening , the clearance portion having a size that enables the inward protruding portion inserted into the transmission case in a state in which the inward protruding portion is offset to one of upward and downward sides with respect to the phantom line to be moved toward the arm along a movement line that is inclined with respect to the phantom line , and the clearance portion being spaced from the inward protruding portion in the attached state in the offset direction, and the actuator comprising a covering portion having a size that can cover the entire opening , including the clearance portion , when the inward protruding portion is pivoted toward the phantom line side with an axis of said one pulley as a center.
A dimensioning assembly , comprising: a camera module having one or more image sensors and an imaging lens assembly; a first pattern generator , disposed near the camera module, and having a first laser diode and a first pattern projection assembly; a second pattern generator , disposed near the camera module and spaced apart from the first pattern generator, and having a second laser diode and a second pattern projection assembly, wherein the first and the second pattern projection assemblies are configured to generate and project two identical patterns on an object; and a processing system configured to detect and analyze positions of elements of the generated patterns and configured to calculate a depth of the object based on a ratio of image separation (s) of an equivalent element in the two identical patterns and an image distance (t) between adjacent elements in an identical pattern of the two identical patterns. a camera module having one or more image sensors and an imaging lens assembly; a first pattern generator , disposed near the camera module, and having a first laser diode and a first pattern projection assembly; a second pattern generator , disposed near the camera module and spaced apart from the first pattern generator, and having a second laser diode and a second pattern projection assembly, wherein the first and the second pattern projection assemblies are configured to generate and project two identical patterns on an object; and a processing system configured to detect and analyze positions of elements of the generated patterns and configured to calculate a depth of the object based on a ratio of image separation (s) of an equivalent element in the two identical patterns and an image distance (t) between adjacent elements in an identical pattern of the two identical patterns.
A pharmaceutical combination comprising an antibody specifically recognizing CD38 and at least vincristine, wherein said antibody comprises at least one heavy chain and at least one light chain, wherein said antibody is a humanized version of the murine 38SB19 antibody, wherein the heavy chain of said murine 38SB19 antibody comprises three sequential complementarity-determining regions having amino acid sequences represented by SEQ ID NOS: 13, 14, and 15, and wherein the light chain of said murine 38SB19 antibody comprises three sequential complementarity-determining regions having amino acid sequences represented by SEQ ID NOS: 16, 17, and 18; and wherein said combination permits a separate administration of said antibody and vincristine.
A benzimidazole carbamate-sugar compound conjugate compound represented by the following Chemical Formula 1: Wherein, R 1 is a sugar-compound residue, wherein the sugar compound is selected from glucose or fructose, R 2 and R 3 are the same as or different from each other and represent hydrogen or a substituted hydrocarbon group selected from the group consisting in an alkyl group having 1 to 10 carbon atoms, an aryl group or a heteroaryl group having 3 to 10 ring atoms, wherein the alkyl group, aryl group, or heteroaryl group is substituted with a substituent selected from halogen, cyano, hydroxy, thiol, amino, alkyl, alkyloxy, alkylamino, dialkylamino, aryl, aryloxy, arylamino, diarylamino or heteroaryl groups, and X is selected from the group consisting of -O-, -S-, -SO-, -SO 2 -, -NH-, -N(R 2 )-, -CH 2 -, -CH(R 2 )-, and -CO-. Wherein, R 1 is a sugar-compound residue, wherein the sugar compound is selected from glucose or fructose, R 2 and R 3 are the same as or different from each other and represent hydrogen or a substituted hydrocarbon group selected from the group consisting in an alkyl group having 1 to 10 carbon atoms, an aryl group or a heteroaryl group having 3 to 10 ring atoms, wherein the alkyl group, aryl group, or heteroaryl group is substituted with a substituent selected from halogen, cyano, hydroxy, thiol, amino, alkyl, alkyloxy, alkylamino, dialkylamino, aryl, aryloxy, arylamino, diarylamino or heteroaryl groups, and X is selected from the group consisting of -O-, -S-, -SO-, -SO 2 -, -NH-, -N(R 2 )-, -CH 2 -, -CH(R 2 )-, and -CO-.
A method for expressing a user emotion during game play, the method comprising: displaying an emotion image received from an opponent terminal on a display of a terminal in which a game is played; displaying an emotion selection menu with respect to the displayed emotion image , wherein the emotion selection menu includes at least two emotion menus, wherein each emotion menu represents an emotion type and from each emotion menu an emotion scale is selectable, wherein the emotion menu is displayed radially with respect to the emotion image in a shape of a bar, and opposing types of emotions are symmetrically organized, wherein a display size of the emotion menu changes based on frequency of emotion transmissions with the opponent; making a first selection of an emotion type based on a user selection signal for any one of the displayed at least two emotion menus; making a second selection of an emotional scale based on a distance between a location on the display where the user selection signal is generated and the emotion image; changing the emotion image based on the first selected emotion type and the second selected emotional scale; and generating the changed emotion image into a response emotion image and transmitting the response emotion image to the opponent terminal . displaying an emotion image received from an opponent terminal on a display of a terminal in which a game is played; displaying an emotion selection menu with respect to the displayed emotion image , wherein the emotion selection menu includes at least two emotion menus, wherein each emotion menu represents an emotion type and from each emotion menu an emotion scale is selectable, wherein the emotion menu is displayed radially with respect to the emotion image in a shape of a bar, and opposing types of emotions are symmetrically organized, wherein a display size of the emotion menu changes based on frequency of emotion transmissions with the opponent; making a first selection of an emotion type based on a user selection signal for any one of the displayed at least two emotion menus; making a second selection of an emotional scale based on a distance between a location on the display where the user selection signal is generated and the emotion image; changing the emotion image based on the first selected emotion type and the second selected emotional scale; and generating the changed emotion image into a response emotion image and transmitting the response emotion image to the opponent terminal .
A device for determining the concentration of at least one gas in a sample gas flow by means of infrared absorption spectroscopy, comprising a gas cell with a chamber that extends along an axis in the longitudinal direction of the gas cell , an infrared radiation source the radiation of which is adapted to be conducted through the chamber of the gas cell , a sample gas duct comprising at least one outlet into the chamber via which a sample gas flow can be conducted into the chamber and the radiation, a detector to which the radiation exiting said chamber is adapted to be conducted and by means of which the absorption spectrum of the exiting radiation is adapted to be determined, a thermal insulation of the gas cell , a heating source via which the sample gas flow is heated to a desired temperature, wherein said heating source is arranged within the thermal insulation of said gas cell , wherein within said thermal insulation upstream of the outlet into said chamber , the sample gas duct is heated by said heating source , and the sample gas duct extends in the longitudinal direction of the gas cell to the two axial ends of the gas cell , characterized in that the sample gas duct has a respective outlet at each of the two axial ends of the gas cell , which opens into the chamber of the gas cell .
A trailer for a stroller, comprising a wheel frame , a liftable seat and a push rod , wherein the push rod is capable of sliding along the movement direction of the trailer and foldable to be arranged between the wheel frame and the liftable seat , wherein the wheel frame comprises a connecting rod or connecting rods , characterized in that the wheel frame is provided with a sliding seat Is capable of sliding along the connecting rod or the connecting rods , wherein the push rod is hinged with the sliding seat . wherein the push rod is capable of sliding along the movement direction of the trailer and foldable to be arranged between the wheel frame and the liftable seat , wherein the wheel frame comprises a connecting rod or connecting rods , characterized in that the wheel frame is provided with a sliding seat Is capable of sliding along the connecting rod or the connecting rods , wherein the push rod is hinged with the sliding seat .
A system for detecting biosignals of a person , comprising: - a biometric seat device for the person , the biometric seat device comprising at least one fiber-optic sensor element based on optical interferometry, the fiber-optic sensor element being designed as a Michelson interferometer and comprising a light source and a fiber coupler , and the light of the light source being coupled through the fiber coupler into a sensor arm and a reference arm , the coupled light being reflected at the fiber ends, returning through the fiber coupler and thereby interfering; and - an evaluation unit for evaluating signals (S) from the at least one fiber-optic sensor element ; the system being configured to determine biosignals of the person on the basis of the signals (S) from the at least one fiber-optic sensor element ; characterized in that the fiber-optic sensor element comprises two photodiodes , the light source is connected to a central arm of the fiber coupler , which is provided with an optical insulator , and the light reflected at the fiber ends and interfering in the fiber coupler is split by the fiber coupler into two input arms , where detection takes place by means of the two photodiodes . - a biometric seat device for the person , the biometric seat device comprising at least one fiber-optic sensor element based on optical interferometry, the fiber-optic sensor element being designed as a Michelson interferometer and comprising a light source and a fiber coupler , and the light of the light source being coupled through the fiber coupler into a sensor arm and a reference arm , the coupled light being reflected at the fiber ends, returning through the fiber coupler and thereby interfering; and - an evaluation unit for evaluating signals (S) from the at least one fiber-optic sensor element ; the system being configured to determine biosignals of the person on the basis of the signals (S) from the at least one fiber-optic sensor element ; characterized in that the fiber-optic sensor element comprises two photodiodes , the light source is connected to a central arm of the fiber coupler , which is provided with an optical insulator , and the light reflected at the fiber ends and interfering in the fiber coupler is split by the fiber coupler into two input arms , where detection takes place by means of the two photodiodes . the system being configured to determine biosignals of the person on the basis of the signals (S) from the at least one fiber-optic sensor element ; characterized in that the fiber-optic sensor element comprises two photodiodes , the light source is connected to a central arm of the fiber coupler , which is provided with an optical insulator , and the light reflected at the fiber ends and interfering in the fiber coupler is split by the fiber coupler into two input arms , where detection takes place by means of the two photodiodes .