mhurhangee/patent-ind-claim-en huggingface dataset:
A laser level , comprising: a housing ; a laser module assembly at least partially housed in the housing , the laser module assembly comprising: a pendulum assembly configured to rotate under the effect of gravity; and at least one laser module disposed on the pendulum assembly , the laser module comprising a laser generator which is configured to generate a laser beam emitted from the laser level in use; a pendulum lock at least partially housed in the housing and movable from an unlocked position to a locked position, wherein when the pendulum lock is in the locked position it substantially prevents the pendulum assembly from rotating; characterized by a sensor disposed in or on the housing and configured to detect a freefall condition comprising a measured acceleration of no greater than 0.5g, wherein the laser level is configured such that the pendulum lock moves from the unlocked position to the locked position when the sensor detects the freefall condition in use. a housing ; a laser module assembly at least partially housed in the housing , the laser module assembly comprising: a pendulum assembly configured to rotate under the effect of gravity; and at least one laser module disposed on the pendulum assembly , the laser module comprising a laser generator which is configured to generate a laser beam emitted from the laser level in use; a pendulum lock at least partially housed in the housing and movable from an unlocked position to a locked position, wherein when the pendulum lock is in the locked position it substantially prevents the pendulum assembly from rotating; characterized by a sensor disposed in or on the housing and configured to detect a freefall condition comprising a measured acceleration of no greater than 0.5g, wherein the laser level is configured such that the pendulum lock moves from the unlocked position to the locked position when the sensor detects the freefall condition in use.
An aerosol generating device for receiving an aerosol generating article in a chamber of the aerosol generating device, wherein the device comprises an electrical circuit comprising a controller for determining a change in an electrical property of the circuit, wherein the change is caused by a user interacting with an aerosol generating article received by the device and the electrical property is capacitance, conducting elements for conducting energy through the device, and a conductive surface , wherein the controller is configured to evaluate a detected change in the property of the circuit to provide an indication of whether the article received in the device is of a predetermined type, whereby the electrical circuit formed by the power source, the conductive elements, the controller and the conductive surface forms a sensing circuit for sensing the insertion of the article based on a change in the electromagnetic environment near the conductive surface caused by the insertion of conductive material into the chamber.
An adapter kit enabling a disposable tip to connect to a dental syringe that supplies air and water through separate air and water ports, the adapter kit including the disposable tip having a central, water-carrying tube surrounded by a plurality of air-carrying channels , the tip having a proximal base surface with openings to the air-carrying channels , with the water-carrying tube extending outwardly from the base surface, the kit comprising: a cap subassembly including a cap body with a distal opening into which the proximal end of the elongated disposable tip is inserted; and an adapter subassembly having a proximal end configured for connection to the syringe body and a distal end configured for coupling to the cap subassembly, the adapter subassembly including an internal structure with a first path for coupling the water port of the syringe to the water-carrying tube of the tip through the cap subassembly, and a second path for coupling the air port of the syringe to the air-carrying channels of the disposable tip through the cap subassembly, the adapter subassembly further including along its length an optical fiber to conduct illumination from a distal tip of an optical fiber to a light-emitting port disposed on a side of the adapter subassembly ; and a receptacle having a bottom portion cooperating with the proximal base surface of the tip once inserted into the cap subassembly, the receptacle further including an aperture through which the water-carrying tube of the tip extends; wherein a cavity is established between the bottom portion of the receptacle and the base surface of the tip ; and wherein the receptacle includes one or more side apertures through which air from the syringe passes into the cavity and into the air-carrying channels of the tip . a cap subassembly including a cap body with a distal opening into which the proximal end of the elongated disposable tip is inserted; and an adapter subassembly having a proximal end configured for connection to the syringe body and a distal end configured for coupling to the cap subassembly, the adapter subassembly including an internal structure with a first path for coupling the water port of the syringe to the water-carrying tube of the tip through the cap subassembly, and a second path for coupling the air port of the syringe to the air-carrying channels of the disposable tip through the cap subassembly, the adapter subassembly further including along its length an optical fiber to conduct illumination from a distal tip of an optical fiber to a light-emitting port disposed on a side of the adapter subassembly ; and a receptacle having a bottom portion cooperating with the proximal base surface of the tip once inserted into the cap subassembly, the receptacle further including an aperture through which the water-carrying tube of the tip extends; wherein a cavity is established between the bottom portion of the receptacle and the base surface of the tip ; and wherein the receptacle includes one or more side apertures through which air from the syringe passes into the cavity and into the air-carrying channels of the tip .
A straining device for contact wires and/or suspension cables of contact wires, in particular for rail-bound traffic, comprising a straining weight connectable or connected to the contact wire and/or the suspension cable via a connecting cable , wherein the straining weight comprises at least two guiding systems , via which the straining weight is movably guided along two guide rods running substantially parallel to one another, wherein the straining weight comprises a plurality of individual weight elements held in a holding frame , characterised in that a weight element , preferably each weight element , comprises or is formed of at least two weight element parts (17', 17"), wherein the two weight element parts (17', 17") of a weight element are positively connected to one another.
A method of printing a yarn onto a base , the method comprising: dispensing the yarn from a nozzle of a printing system , the yarn including a heat-moldable material and a melt-resistant material; wherein the step of dispensing the yarn comprises dispensing the heat-moldable material in a liquid state and wherein the step of dispensing the yarn comprises dispensing the melt-resistant material in a solid state; selectively attaching the yarn to an attachment region of the base by moving the nozzle along a first axis into the attachment region ; wherein the first axis is approximately normal to an upper surface ; wherein the base has the upper surface spaced from a lower surface by a base thickness ; wherein the step of moving the nozzle along the first axis into the attachment region reduces the base thickness by a prodding distance ; and wherein the heat-moldable material bonds to the attachment region during a transition of the heat-moldable material from the liquid state to a solid state of the heat-moldable material. dispensing the yarn from a nozzle of a printing system , the yarn including a heat-moldable material and a melt-resistant material; wherein the step of dispensing the yarn comprises dispensing the heat-moldable material in a liquid state and wherein the step of dispensing the yarn comprises dispensing the melt-resistant material in a solid state; selectively attaching the yarn to an attachment region of the base by moving the nozzle along a first axis into the attachment region ; wherein the first axis is approximately normal to an upper surface ; wherein the base has the upper surface spaced from a lower surface by a base thickness ; wherein the step of moving the nozzle along the first axis into the attachment region reduces the base thickness by a prodding distance ; and wherein the heat-moldable material bonds to the attachment region during a transition of the heat-moldable material from the liquid state to a solid state of the heat-moldable material.
Method for operating a machine that processes printing materials via a computer , which comprises the following steps: • Acquisition of print job parameters for print jobs for the machine that processes printing materials and of machine parameters by the computer • Evaluation of the acquired parameters to determine the machine status by the computer • Request and provision of liquid consumables for optimizing operation of the machine based on the machine status determined by the computer • The computer carries out optimized maintenance measures on the machine on the basis of the determined machine state, characterized in that the computer carries out a consumption prediction of the liquid consumables by means of a regression model for requesting and providing liquid consumables on the basis of the determined machine state, wherein the fluid consumables are varnish for a coating unit , ink for a printing unit or dampening solution for a dampening unit of the machine that processes the printing materials, and wherein the computer uses a linear regression model or a self-learning model for the regression model for predicting the consumption of the liquid consumables . • Acquisition of print job parameters for print jobs for the machine that processes printing materials and of machine parameters by the computer • Evaluation of the acquired parameters to determine the machine status by the computer • Request and provision of liquid consumables for optimizing operation of the machine based on the machine status determined by the computer • The computer carries out optimized maintenance measures on the machine on the basis of the determined machine state, characterized in that the computer carries out a consumption prediction of the liquid consumables by means of a regression model for requesting and providing liquid consumables on the basis of the determined machine state, wherein the fluid consumables are varnish for a coating unit , ink for a printing unit or dampening solution for a dampening unit of the machine that processes the printing materials, and wherein the computer uses a linear regression model or a self-learning model for the regression model for predicting the consumption of the liquid consumables . characterized in that the computer carries out a consumption prediction of the liquid consumables by means of a regression model for requesting and providing liquid consumables on the basis of the determined machine state, wherein the fluid consumables are varnish for a coating unit , ink for a printing unit or dampening solution for a dampening unit of the machine that processes the printing materials, and wherein the computer uses a linear regression model or a self-learning model for the regression model for predicting the consumption of the liquid consumables .
Use of phytantriol as an antimicrobial agent for improving preservation.
A semiconductor laser , , , , , capable of emitting a plurality of longitudinal modes with low individual relative intensity noise, comprising an optical resonator comprising a first mirror , a second mirror , an active section located between the first mirror and the second mirror , and at least one noise reducing section located between the first mirror and the second mirror and fabricated as a monolithically integrated structure with the active section , the active section and the noise reducing section each comprising identical quantum dot active regions including at least one quantum dot array, the active section and the noise reducing section each comprising transverse optical waveguides and a waveguide structure confining light in a lateral direction, the waveguides of the active section and the noise reducing section being situated in series and being optically connected to each other, wherein the active section and the noise reducing section being electrically isolated from each other; a length of the noise reducing section being in a range of 5% to 30% of a total length of the optical resonator ; the active section being connected to electrical driving circuitry; and the noise reducing section not connected to an external electrical circuit; such that the semiconductor laser , , , , , is configured to produce an output lasing spectrum using an inhomogeneously broadened ground state transition of the quantum dot array and the semiconductor laser emits a plurality of optical modes such that a total relative intensity noise of each optical mode is less than 0.2% in the 0.001 GHz to 10 GHz range.
A linear actuator intended to maneuver a screen closing off an opening made in a building or an enclosure, the linear actuator being intended to be coupled on the one hand to the screen and on the other hand to the building or to the enclosure, the linear actuator comprising at least: - an electric motor , - a reduction gear , - a movement transmission system , the movement transmission system comprising a threaded rod and a nut , the threaded rod being rotated by the electric motor and the reduction gear , and the nut being translated on the threaded rod , and - a casing comprising a first part inside which the electric motor is positioned, and a second part inside which the movement transmission system is positioned, the first and second parts of the casing being assembled to one another so as to form a connection, the casing having an exposed side corresponding to an outer side of the linear actuator , the outer side of the casing being the upper side of the casing in the assembled position of the linear actuator relative to the concealing device , characterized in that the linear actuator further comprises: - an element common to the first part of the casing and the second part of the casing , the common elements being a covering element covering the upper side of the second part of the casing and at least part of the upper side of the first part of the casing , so as to hide the connection between the first and second parts of the casing , on the upper side of the casing . - an electric motor , - a reduction gear , - a movement transmission system , the movement transmission system comprising a threaded rod and a nut , the threaded rod being rotated by the electric motor and the reduction gear , and the nut being translated on the threaded rod , and - a casing comprising a first part inside which the electric motor is positioned, and a second part inside which the movement transmission system is positioned, the first and second parts of the casing being assembled to one another so as to form a connection, the casing having an exposed side corresponding to an outer side of the linear actuator , the outer side of the casing being the upper side of the casing in the assembled position of the linear actuator relative to the concealing device , - an element common to the first part of the casing and the second part of the casing , the common elements being a covering element covering the upper side of the second part of the casing and at least part of the upper side of the first part of the casing , so as to hide the connection between the first and second parts of the casing , on the upper side of the casing .
A bed including a sleep surface having controllable firmness, comprising: pressure devices used in adjusting firmness of the sleep surface ; pressure sensors configured to sense indications of pressure of the sleep surface ; and a controller configured to command the pressure devices to target pressures, as indicated by at least one target pressure profile specifying the target pressures; with the controller further configured to, from time-to-time: command the pressure devices to test pressures instead of at least some of the target pressures specified by the at least one target pressure profile; determine if a sleep metric for a sleeper on the sleep surface indicates improved sleep performance using the test pressures instead of the target pressures specified by the at least one target pressure profile; and, in response to determining that the sleep metric for the sleeper indicates improved sleep performance, replace the at least some of the target pressures specified by the at least one target pressure profile with the test pressures. pressure devices used in adjusting firmness of the sleep surface ; pressure sensors configured to sense indications of pressure of the sleep surface ; and a controller configured to command the pressure devices to target pressures, as indicated by at least one target pressure profile specifying the target pressures; with the controller further configured to, from time-to-time: command the pressure devices to test pressures instead of at least some of the target pressures specified by the at least one target pressure profile; determine if a sleep metric for a sleeper on the sleep surface indicates improved sleep performance using the test pressures instead of the target pressures specified by the at least one target pressure profile; and, in response to determining that the sleep metric for the sleeper indicates improved sleep performance, replace the at least some of the target pressures specified by the at least one target pressure profile with the test pressures. command the pressure devices to test pressures instead of at least some of the target pressures specified by the at least one target pressure profile; determine if a sleep metric for a sleeper on the sleep surface indicates improved sleep performance using the test pressures instead of the target pressures specified by the at least one target pressure profile; and, in response to determining that the sleep metric for the sleeper indicates improved sleep performance, replace the at least some of the target pressures specified by the at least one target pressure profile with the test pressures.
A computer-implemented method of configuring a screen of an electronic apparatus , the method comprising: obtaining data that is configured in a first configuration based on a first font; configuring the data in a second configuration , based on a second font; identifying a difference between a first layout attribute of the first configuration and a second layout attribute of the second configuration ; and changing, if the difference is greater than a predetermined critical value, the second configuration into a third configuration , and displaying the data in the third configuration ; wherein a difference between the first layout attribute of the first configuration and a third layout attribute of the third configuration is equal to or less than the predetermined critical value; and characterized in that the first layout attribute, second layout attribute and third layout attribute include at least one of a height, area or a width-to-height ratio of the first configuration, second configuration and third configuration respectively. obtaining data that is configured in a first configuration based on a first font; configuring the data in a second configuration , based on a second font; identifying a difference between a first layout attribute of the first configuration and a second layout attribute of the second configuration ; and changing, if the difference is greater than a predetermined critical value, the second configuration into a third configuration , and displaying the data in the third configuration ; wherein a difference between the first layout attribute of the first configuration and a third layout attribute of the third configuration is equal to or less than the predetermined critical value; and characterized in that the first layout attribute, second layout attribute and third layout attribute include at least one of a height, area or a width-to-height ratio of the first configuration, second configuration and third configuration respectively.
A touch panel , comprising: a substrate ; a transparent conductive layer disposed on the substrate ; and characterized by : a shielding decoration layer disposed on the substrate and the transparent conductive layer and having an opening located on the transparent conductive layer ; a transparent conductive connecting layer disposed in the opening and on the transparent conductive layer and the shielding decoration layer , extending from the transparent conductive layer to the shielding decoration layer , and exceeding an edge of the transparent conductive layer ; an opaque conductive layer disposed on the shielding decoration layer and the transparent conductive connecting layer , and not disposed on the transparent conductive layer ; and another shielding decoration layer disposed on the transparent conductive connecting layer to cover the opening. a substrate ; a transparent conductive layer disposed on the substrate ; and characterized by : a shielding decoration layer disposed on the substrate and the transparent conductive layer and having an opening located on the transparent conductive layer ; a transparent conductive connecting layer disposed in the opening and on the transparent conductive layer and the shielding decoration layer , extending from the transparent conductive layer to the shielding decoration layer , and exceeding an edge of the transparent conductive layer ; an opaque conductive layer disposed on the shielding decoration layer and the transparent conductive connecting layer , and not disposed on the transparent conductive layer ; and another shielding decoration layer disposed on the transparent conductive connecting layer to cover the opening. a shielding decoration layer disposed on the substrate and the transparent conductive layer and having an opening located on the transparent conductive layer ; a transparent conductive connecting layer disposed in the opening and on the transparent conductive layer and the shielding decoration layer , extending from the transparent conductive layer to the shielding decoration layer , and exceeding an edge of the transparent conductive layer ; an opaque conductive layer disposed on the shielding decoration layer and the transparent conductive connecting layer , and not disposed on the transparent conductive layer ; and another shielding decoration layer disposed on the transparent conductive connecting layer to cover the opening.