mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic metal substrate comprising: a metallic substrate having first permeability; a trench formed on a front side surface of the metallic substrate; a first insulating layer disposed on a surface of the trench; and a first metallic wiring layer having second permeability, the first metallic wiring layer disposed on the first insulating layer, wherein the first permeability is larger than the second permeability. a metallic substrate having first permeability; a trench formed on a front side surface of the metallic substrate; a first insulating layer disposed on a surface of the trench; and a first metallic wiring layer having second permeability, the first metallic wiring layer disposed on the first insulating layer, wherein the first permeability is larger than the second permeability.
Growing space for vertical farming, which growing space comprises at least one growing layer , each growing layer comprising: one or more supports arranged for growing a plurality of plants ; an LED lighting arranged for illuminating the plants in the supports ; a ventilation system having a plurality of air regulating ducts , wherein each air regulating duct is arranged for providing a conditioned air flow onto a cluster of at least one plant of the plurality of plants in the one or more supports for air regulation in the vicinity of the respective cluster ; characterised in that each growing layer further comprises: a heat sink in thermal contact with the LED lighting and arranged for directing away excess heat generated by the LED lighting ; and an evacuating duct in thermal contact with the heat sink and configured for a fluid flow for substantially completely carrying away the excess heat generated by the LED lighting . one or more supports arranged for growing a plurality of plants ; an LED lighting arranged for illuminating the plants in the supports ; a ventilation system having a plurality of air regulating ducts , wherein each air regulating duct is arranged for providing a conditioned air flow onto a cluster of at least one plant of the plurality of plants in the one or more supports for air regulation in the vicinity of the respective cluster ; characterised in that each growing layer further comprises: a heat sink in thermal contact with the LED lighting and arranged for directing away excess heat generated by the LED lighting ; and an evacuating duct in thermal contact with the heat sink and configured for a fluid flow for substantially completely carrying away the excess heat generated by the LED lighting . a heat sink in thermal contact with the LED lighting and arranged for directing away excess heat generated by the LED lighting ; and an evacuating duct in thermal contact with the heat sink and configured for a fluid flow for substantially completely carrying away the excess heat generated by the LED lighting .
A method for representation a virtual reality, for a system for representing the virtual reality, in which a visual virtual reality is represented visually at a display location by means of at least one visual display unit of the system in which at least one surroundings property, which originates from a recording location , is received live at the display location and the at least one surroundings property for the virtual reality is generated live at the display location by means of at least one generating device of the system , wherein the generating device comprises means emitting odorant to represent an odor as a first surroundings property, and wherein the representation of the virtual reality is controlled by a control unit of the system characterized in that the generating device comprises as means a plurality of fans , by means of which a wind direction is represented as a second surrounding property at the display location , so that a wind from a plurality of directions is represented, the generating device additionally comprises as means a plurality of nozzles for representing the odor as a first surrounding property, wherein an odorant is emitted by means of each nozzle , and in that at least two of the fans are each assigned a nozzle in order to achieve a directional dependence of the odor, so that the user is presented with an odor coming from a specific direction. in which a visual virtual reality is represented visually at a display location by means of at least one visual display unit of the system in which at least one surroundings property, which originates from a recording location , is received live at the display location and the at least one surroundings property for the virtual reality is generated live at the display location by means of at least one generating device of the system , wherein the generating device comprises means emitting odorant to represent an odor as a first surroundings property, and wherein the representation of the virtual reality is controlled by a control unit of the system characterized in that the generating device comprises as means a plurality of fans , by means of which a wind direction is represented as a second surrounding property at the display location , so that a wind from a plurality of directions is represented, the generating device additionally comprises as means a plurality of nozzles for representing the odor as a first surrounding property, wherein an odorant is emitted by means of each nozzle , and in that at least two of the fans are each assigned a nozzle in order to achieve a directional dependence of the odor, so that the user is presented with an odor coming from a specific direction.
A computing device comprising: a vision sensor configured to generate vision sensor data; an ambient computing system configured to repeatedly process the vision sensor data generated by the vision sensor according to a low-power detection process, wherein the ambient computing system comprises a general purpose random-access memory, SRAM, device ; means for performing a high-power detection process when a detection is indicated by the low-power detection process; a camera and a main image signal processor, ISP, that is configured to process data generated by the camera , characterised in that the ambient computing system is configured to allocate a dedicated frame buffer in the general purpose random-access memory device of the ambient computing system ; wherein the computing device is configured to use a private channel between the frame buffer configured for storing the vision sensor data and the main ISP to generate preprocessed vision sensor data for use during the high-power detection process; and the computing device further comprising the private channel from the frame buffer to the main ISP . a vision sensor configured to generate vision sensor data; an ambient computing system configured to repeatedly process the vision sensor data generated by the vision sensor according to a low-power detection process, wherein the ambient computing system comprises a general purpose random-access memory, SRAM, device ; means for performing a high-power detection process when a detection is indicated by the low-power detection process; a camera and a main image signal processor, ISP, that is configured to process data generated by the camera , characterised in that the ambient computing system is configured to allocate a dedicated frame buffer in the general purpose random-access memory device of the ambient computing system ; wherein the computing device is configured to use a private channel between the frame buffer configured for storing the vision sensor data and the main ISP to generate preprocessed vision sensor data for use during the high-power detection process; and the computing device further comprising the private channel from the frame buffer to the main ISP .
A badminton racket, wherein said badminton racket comprises a frame which extends annularly, a grip , a shaft which connects said frame and said grip to each other, and a string which is stretched across said frame to form a hitting surface on both sides of said frame , and wherein said frame is formed to make a front surface portion and a back surface portion thereof asymmetrical in shape in a cross sectional view taken along a plane orthogonal to an extension direction of said frame , characterized in that said front surface portion comprises a surface portion having an extremely small curvature substantially parallel to an in-plane direction of said hitting surface , and curved surface portions which are each formed into a curved surface in the shape of a quartered-circular arc in a cross-sectional view, and each end of which on the opposite side from the surface portion having an extremely small curvature is directed toward the back side, wherein said back surface portion comprises a circular-arc surface portion which bulges in a backward direction, and inclined surface portions which are respectively continuous with both the outer and inner sides of said circular-arc surface portion , wherein the circular-arc surface portion is formed so that a central portion of the circular-arc surface portion , with respect to the outward and inward direction, bulges most in the backward direction, and wherein when said front surface portion is equally divided into three areas in the outward and inward directions, said surface portion having an extremely small curvature is formed on a central area among said three areas, and said curved surface portions are formed, in the outward and inward directions, on the opposite sides from said central area. characterized in that said front surface portion comprises a surface portion having an extremely small curvature substantially parallel to an in-plane direction of said hitting surface , and curved surface portions which are each formed into a curved surface in the shape of a quartered-circular arc in a cross-sectional view, and each end of which on the opposite side from the surface portion having an extremely small curvature is directed toward the back side, wherein said back surface portion comprises a circular-arc surface portion which bulges in a backward direction, and inclined surface portions which are respectively continuous with both the outer and inner sides of said circular-arc surface portion , wherein the circular-arc surface portion is formed so that a central portion of the circular-arc surface portion , with respect to the outward and inward direction, bulges most in the backward direction, and wherein when said front surface portion is equally divided into three areas in the outward and inward directions, said surface portion having an extremely small curvature is formed on a central area among said three areas, and said curved surface portions are formed, in the outward and inward directions, on the opposite sides from said central area.
A siRNA inhibitor that inhibits expression of the gene product of a CRKRS gene for use in treatment of a cancer comprising tumor cell having increased expression of a Myc transcription factor as compared to a non-tumor cell of the same cell type.
A method for dyeing keratin material, in particular human hair, comprising the following steps: - applying an agent (a) to the keratin material, wherein agent (a) contains at least one organic silicon compound selected from silanes having one, two or three silicon atoms, wherein the organic silicon compound comprises one or more hydroxyl groups and/or hydrolyzable groups per molecule, and wherein agent (a) further contains at least one oligoalkylsiloxane, and - applying an agent (b) to the keratin material, wherein agent (b) contains at least one coloring compound from the group of pigments and/or substantive dyes. - applying an agent (a) to the keratin material, wherein agent (a) contains at least one organic silicon compound selected from silanes having one, two or three silicon atoms, wherein the organic silicon compound comprises one or more hydroxyl groups and/or hydrolyzable groups per molecule, and wherein agent (a) further contains at least one oligoalkylsiloxane, and - applying an agent (b) to the keratin material, wherein agent (b) contains at least one coloring compound from the group of pigments and/or substantive dyes.
A surface cleaning appliance comprising: a cleaner head comprising an agitator and a motor for driving the agitator ; a switch coupling the motor to a supply voltage; a voltage sensor for measuring the magnitude of the supply voltage; a current sensor for measuring the magnitude of current through the motor ; and a controller configured to output a PWM signal for controlling the switch , characterized in that the controller adjusts the duty cycle of the PWM signal in response to changes in the supply voltage and in response to changes in the current through the motor . a cleaner head comprising an agitator and a motor for driving the agitator ; a switch coupling the motor to a supply voltage; a voltage sensor for measuring the magnitude of the supply voltage; a current sensor for measuring the magnitude of current through the motor ; and a controller configured to output a PWM signal for controlling the switch , characterized in that the controller adjusts the duty cycle of the PWM signal in response to changes in the supply voltage and in response to changes in the current through the motor .
A method of operating a consumer premises equipment, CPE, in operative communication with a cable television network , said CPE comprising: (i) at least a first hardware option and a second hardware option, and (ii) an application running on said CPE, wherein said method is characterized in that it comprises: providing a hardware registry on said CPE, said hardware registry comprising at least (i) a first record relating the first hardware option to a first software interface, and (ii) a second record relating the second hardware option to a second software interface, wherein said first and said second software interfaces are capable to be used to access said first and said second hardware options, respectively; providing at least said first software interface on said CPE, said first software interface adapted to interface with said first hardware option; starting said application, wherein the method comprises said application: (i) utilizing said hardware registry to discover said first hardware option ; (ii) identifying said first hardware option ; and (iii) discovering said first software interface ; and the CPE selectively controlling said first hardware option , by utilizing said application and via said first software interface, said selectively controlling of said first hardware option comprising invoking a digital video recorder functionality or a digital video interface functionality. providing a hardware registry on said CPE, said hardware registry comprising at least (i) a first record relating the first hardware option to a first software interface, and (ii) a second record relating the second hardware option to a second software interface, wherein said first and said second software interfaces are capable to be used to access said first and said second hardware options, respectively; providing at least said first software interface on said CPE, said first software interface adapted to interface with said first hardware option; starting said application, wherein the method comprises said application: (i) utilizing said hardware registry to discover said first hardware option ; (ii) identifying said first hardware option ; and (iii) discovering said first software interface ; and (i) utilizing said hardware registry to discover said first hardware option ; (ii) identifying said first hardware option ; and (iii) discovering said first software interface ; and the CPE selectively controlling said first hardware option , by utilizing said application and via said first software interface, said selectively controlling of said first hardware option comprising invoking a digital video recorder functionality or a digital video interface functionality.
Process for producing a piezoelectric sensor , comprising the following steps: - producing, on a support , a stack of sensor layers , the sensor layers comprising a layer of piezoelectric material comprised between a first electrode and a second electrode , the first electrode not being in contact with the second electrode, then - while the sensor layers are still carried by the support , coating the sensor layers with a first layer of polymer, then - removing at least a part of the support from the stack of sensor layers characterized in that the stack of sensor layers comprises a first conductive layer , and a second conductive layer , each of the first and second conductive layers comprising two parts, a first part of the first conductive layer being in contact with a first part of the second conductive layer, a second part of the first conductive layer being in contact with a second part of the second conductive layer, the first electrode being formed by the first part of the first conductive layer and by the first part of the second conductive layer, the second electrode being formed by the second part of the first conductive layer and by the second part of the second conductive layer, the layer of piezoelectric material being comprised at least in part between the first conductive layer and the second conductive layer. - producing, on a support , a stack of sensor layers , the sensor layers comprising a layer of piezoelectric material comprised between a first electrode and a second electrode , the first electrode not being in contact with the second electrode, then - while the sensor layers are still carried by the support , coating the sensor layers with a first layer of polymer, then - removing at least a part of the support from the stack of sensor layers
Device for supplying therapeutic gas, comprising: - an internal passage for conveying a flow of therapeutic gas between a gas inlet and a gas outlet , - valve means for controlling the flow of therapeutic gas in the internal passage , - control means configured to control at least the valve means , - a graphic display configured to display choices (9a-9d) that can be selected by a user, and - selection means configured to make a selection from among the selectable choices (9a-9d) displayed on the graphic display , characterized in that the control means are configured to count a total number (N) of patients treated by administration of the therapeutic gas from the selection, by a user, via the selection means , of a first given choice corresponding to the start of a treatment by administering the therapeutic gas to a patient concerned. - an internal passage for conveying a flow of therapeutic gas between a gas inlet and a gas outlet , - valve means for controlling the flow of therapeutic gas in the internal passage , - control means configured to control at least the valve means , - a graphic display configured to display choices (9a-9d) that can be selected by a user, and - selection means configured to make a selection from among the selectable choices (9a-9d) displayed on the graphic display ,
A vacuum pump with a housing, two shafts arranged in the housing and rotatably driven by a drive and with a gearing coupled to the shaft, in which there is arranged between a piston arranged on the shaft or a screw member arranged on the shaft and an inner side of the housing or a stator - at least one sensor and at least one stop element or - at least one sensor and an abrasion element , characterised in that there is provided at least one acceleration sensor or at least one vibration sensor, which is formed as an acceleration sensor or a vibration sensor which, upon a contact between the piston or the screw member and the stop element or the abrasion element , detects a signal which is characteristic of the contact, and in that the at least one stop element or the at least one abrasion element has a lower height than the gap height specified during normal operation between piston or screw member and inner side of the housing or stator. - at least one sensor and at least one stop element or - at least one sensor and an abrasion element , characterised in that there is provided at least one acceleration sensor or at least one vibration sensor, which is formed as an acceleration sensor or a vibration sensor which, upon a contact between the piston or the screw member and the stop element or the abrasion element , detects a signal which is characteristic of the contact, and in that the at least one stop element or the at least one abrasion element has a lower height than the gap height specified during normal operation between piston or screw member and inner side of the housing or stator.
A system for generating a test case for a software application, the system comprising: an electronic processor , the electronic processor configured to receive user actions recorded as a user interacts with a first software application; generate a probabilistic graphical model using recorded user actions; divide the probabilistic graphical model into clusters of similar sequences of user actions, wherein clustering of the similar sequences of user actions is based on the similarity of graphical user interface elements involved in the sequences of user actions; determine a test case from a cluster of similar sequences of user actions using a machine learning system; and execute the test case. an electronic processor , the electronic processor configured to receive user actions recorded as a user interacts with a first software application; generate a probabilistic graphical model using recorded user actions; divide the probabilistic graphical model into clusters of similar sequences of user actions, wherein clustering of the similar sequences of user actions is based on the similarity of graphical user interface elements involved in the sequences of user actions; determine a test case from a cluster of similar sequences of user actions using a machine learning system; and
A method of eliminating residual pluripotent stem cells from a batch of differentiated progeny cells in order to prevent the formation of teratomas in a stem cell-based therapy, the method characterized by : exposing, in vitro, the batch of differentiated progeny cells and the residual pluripotent stem cells to an alternating electric field for a period of time, the alternating electric field having a frequency and a field strength, wherein the frequency and the field strength of the alternating electric field are such that, as a result of being exposed to the alternating electric field for the period of time, the pluripotent stem cells die off, resulting in a purified batch of differentiated progeny cells that is rendered safe for subsequent use in the stem cell-based therapy, and wherein the frequency and the field strength of the alternating electric field are such that the differentiated cells that are exposed to the alternating electric field for the period of time remain substantially unharmed. exposing, in vitro, the batch of differentiated progeny cells and the residual pluripotent stem cells to an alternating electric field for a period of time, the alternating electric field having a frequency and a field strength, wherein the frequency and the field strength of the alternating electric field are such that, as a result of being exposed to the alternating electric field for the period of time, the pluripotent stem cells die off, resulting in a purified batch of differentiated progeny cells that is rendered safe for subsequent use in the stem cell-based therapy, and wherein the frequency and the field strength of the alternating electric field are such that the differentiated cells that are exposed to the alternating electric field for the period of time remain substantially unharmed.
A Geiger-Müller tube comprising an enclosed container having at least one metal wall forming a cathode, said metal wall comprising a layer of platinum, a metal anode spaced from said cathode, and means to apply a voltage between said anode and said cathode, said enclosed container being filled with a mixture of a noble gas and a halogen comprising chlorine, bromine or a mixture thereof, to a pressure of equal to or less than 0.2 atmospheres, characterised in that said platinum layer comprises a surface layer of platinum tetrachloride and/or platinum tetrabromide.