mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol-forming substrate for use in an aerosol generating system, wherein the aerosol-forming substrate is a solid unitary body and comprises; a first particulate material, and a second particulate material, the first particulate material being formed from particles having a D50 size of between 2 micrometres and 20 micrometres, and the second particulate material being formed from particles having a D50 size of between 50 micrometres and 80 micrometres. a first particulate material, and a second particulate material, the first particulate material being formed from particles having a D50 size of between 2 micrometres and 20 micrometres, and the second particulate material being formed from particles having a D50 size of between 50 micrometres and 80 micrometres.
Reciprocating compressor cylinder cover, comprising: at least a first expansion chamber and at least a second expansion chamber fluidly connected to each other by means of at least one communication duct ; the first expansion chamber being defined, at least partially, by a first region of the cover and the counterparts of the compression cylinder; the second expansion chamber being defined, at least partially, by a second region of the cover and the counterparts of the discharge system; the reciprocating compressor cylinder cover being characterized in that: the first expansion chamber comprises a closing interface with the valve plate arranged at the end of the compression cylinder and the second expansion chamber comprises a closing interface with counterparts of the discharge system; and the closing interface of the first expansion chamber and the closing interface of the second expansion chamber are facing the same face; the first and second regions J of the cylinder cover comprise at least one restriction between them, said restriction being designed to reduce resonances in the excitation frequencies of the reciprocating compressor; and the first expansion chamber and the second expansion chamber are made of an integral metallic body. at least a first expansion chamber and at least a second expansion chamber fluidly connected to each other by means of at least one communication duct ; the first expansion chamber being defined, at least partially, by a first region of the cover and the counterparts of the compression cylinder; the second expansion chamber being defined, at least partially, by a second region of the cover and the counterparts of the discharge system; the reciprocating compressor cylinder cover being characterized in that: the first expansion chamber comprises a closing interface with the valve plate arranged at the end of the compression cylinder and the second expansion chamber comprises a closing interface with counterparts of the discharge system; and the closing interface of the first expansion chamber and the closing interface of the second expansion chamber are facing the same face; the first and second regions J of the cylinder cover comprise at least one restriction between them, said restriction being designed to reduce resonances in the excitation frequencies of the reciprocating compressor; and the first expansion chamber and the second expansion chamber are made of an integral metallic body. the first expansion chamber comprises a closing interface with the valve plate arranged at the end of the compression cylinder and the second expansion chamber comprises a closing interface with counterparts of the discharge system; and the closing interface of the first expansion chamber and the closing interface of the second expansion chamber are facing the same face; the first and second regions J of the cylinder cover comprise at least one restriction between them, said restriction being designed to reduce resonances in the excitation frequencies of the reciprocating compressor; and the first expansion chamber and the second expansion chamber are made of an integral metallic body.
A control system for construction machinery, comprising: a smart key configured to store a plurality of authentication codes and activate any one of the authentication codes; and a plurality of construction machines (100A-100F) including a plurality of smart key modules mounted thereon respectively, the smart key modules communicating wirelessly with the smart key and having respective registration authentication codes which match with the authentication codes respectively, wherein the construction machine (100A-100F) including the smart key module having the registration authentication code which matches with the activated authentication code is controlled by the smart key , and wherein the smart key module comprises: an input portion through which information of a password is inputted, the password being inputted by a user for registration of the authentication code; and a module controller configured to authenticate the password inputted by the user and register the authentication code as the registration authentication code based on the authentication result. a smart key configured to store a plurality of authentication codes and activate any one of the authentication codes; and a plurality of construction machines (100A-100F) including a plurality of smart key modules mounted thereon respectively, the smart key modules communicating wirelessly with the smart key and having respective registration authentication codes which match with the authentication codes respectively, wherein the construction machine (100A-100F) including the smart key module having the registration authentication code which matches with the activated authentication code is controlled by the smart key , and wherein the smart key module comprises: an input portion through which information of a password is inputted, the password being inputted by a user for registration of the authentication code; and a module controller configured to authenticate the password inputted by the user and register the authentication code as the registration authentication code based on the authentication result. an input portion through which information of a password is inputted, the password being inputted by a user for registration of the authentication code; and a module controller configured to authenticate the password inputted by the user and register the authentication code as the registration authentication code based on the authentication result.
Rim for a rolling assembly having a flexible extender, the rim having an axis of rotation DD', said rim having a rim seat extended axially towards the outside by a rim flange , said rim flange having a first portion that is oriented substantially in a plane perpendicular to the axis of rotation DD' and situated radially on the outside with respect to said rim seat , characterized in that the radial height measured between the intersection point between the line of the rim seat and the line of the first portion , and the end of the radially outermost portion of said rim flange is less than 10 mm.
A fitting , in particular mixer tap or water tap, with a fastening arrangement for fastening the fitting to a sanitary installation such as, e.g., washbasin, bathtub or the like, wherein the fastening arrangement comprises at least one housing as well as a first locking component and a second locking component , which locking components can form a connection to one another which is fixed at least in an axial direction ; wherein one of the locking components is arranged in the housing so as to be movable relative to the housing in order to create the connection of the locking components ; wherein at least one of the locking components has a first contact surface , which extends inclined relative to a radial direction extending perpendicular to the axial direction, for contacting a second contact surface of the other locking component , wherein, by moving the first contact surface relative to the second contact surface along the radial direction , the locking components can be displaced relative to one another along the axial direction to create or release the connection , characterized in that only the first locking component is movable at least along the radial direction , wherein the first locking component has the first contact surface , and in that the second locking component is a pin which extends along a first axial direction up to a first end and, at the first end , has the second contact surface pointing in an opposite second axial direction .
A method for obtaining characteristics of a target coating layer , said method comprising the steps of: a) providing a removable front support layer having a lower surface and an upper surface ; b) providing a clearcoat layer having a first surface and a second surface , wherein at least a portion of said lower surface of the front support layer is affixed to said second surface of the clearcoat layer and removable from said clearcoat layer ; c) applying a target coating composition over at least a portion of said first surface of the clearcoat layer to form a wet coating layer thereon; d) at least partially curing or drying said wet coating layer to form said target coating layer ; e) applying a back support layer over said target coating layer , wherein said target coating layer is positioned between said clearcoat layer and said back support layer ; and f) obtaining said characteristics of said target coating layer by measuring characterized in that said back support layer comprises a primer layer, and in that said measuring is performed from the second surface of the clearcoat layer . a) providing a removable front support layer having a lower surface and an upper surface ; b) providing a clearcoat layer having a first surface and a second surface , wherein at least a portion of said lower surface of the front support layer is affixed to said second surface of the clearcoat layer and removable from said clearcoat layer ; c) applying a target coating composition over at least a portion of said first surface of the clearcoat layer to form a wet coating layer thereon; d) at least partially curing or drying said wet coating layer to form said target coating layer ; e) applying a back support layer over said target coating layer , wherein said target coating layer is positioned between said clearcoat layer and said back support layer ; and f) obtaining said characteristics of said target coating layer by measuring
A switchgear having a casing , of which an inside is partitioned into a plurality of divisions, the switchgear comprising: a first division provided with an opening portion which communicates with an outside of the casing ; a second division adjacent to the first division ; a front-side division disposed on a front side relative to the second division ; and a first air vent portion provided (12a-12e) in the second division and communicating with the first division ; the switchgear being characterized in that it further comprises a second air vent portion provided in the second division and communicating with the front-side division , the second air vent portion having a higher passage resistance than the first air vent portion (12a-12e), and in that the passage resistance of the first division is lower than the passage resistance of the second division and the passage resistance of the front-side division . a first division provided with an opening portion which communicates with an outside of the casing ; a second division adjacent to the first division ; a front-side division disposed on a front side relative to the second division ; and a first air vent portion provided (12a-12e) in the second division and communicating with the first division ; the switchgear being characterized in that it further comprises a second air vent portion provided in the second division and communicating with the front-side division , the second air vent portion having a higher passage resistance than the first air vent portion (12a-12e), and in that the passage resistance of the first division is lower than the passage resistance of the second division and the passage resistance of the front-side division .
A submersible sensor unit comprising: a housing having at least one sensing opening; a sensor disposed inside the housing such that a sensing face thereof faces the sensing opening of the housing; and an aquatic organism adherence preventive film attached to the housing or the sensing face such that it closes up the sensing opening of the housing, wherein the aquatic organism adherence preventive film has transmissibility with respect to at least one of light and a sonic wave; wherein the aquatic organism adherence preventive film is a laminate comprising: a substrate layer, a pressure-sensitive adhesive layer bonded to one surface of the substrate layer, and an antifouling layer bonded to the substrate layer on a side opposite to the pressure-sensitive adhesive layer; and wherein the antifouling layer has a water contact angle of 80 degrees or less, as measured after 5 minutes have elapsed since operation of causing the antifouling layer to be in contact with methanol for 20 minutes, and then dropping water on the antifouling layer. a housing having at least one sensing opening; a sensor disposed inside the housing such that a sensing face thereof faces the sensing opening of the housing; and an aquatic organism adherence preventive film attached to the housing or the sensing face such that it closes up the sensing opening of the housing, wherein the aquatic organism adherence preventive film has transmissibility with respect to at least one of light and a sonic wave; wherein the aquatic organism adherence preventive film is a laminate comprising: a substrate layer, a pressure-sensitive adhesive layer bonded to one surface of the substrate layer, and an antifouling layer bonded to the substrate layer on a side opposite to the pressure-sensitive adhesive layer; and wherein the antifouling layer has a water contact angle of 80 degrees or less, as measured after 5 minutes have elapsed since operation of causing the antifouling layer to be in contact with methanol for 20 minutes, and then dropping water on the antifouling layer.
An integrated injection system, the system comprising an injection device comprising a drug delivery portion and a data transmitter , and a communication device (A) that is external to the injection device , wherein the injection device further comprises a data capture module including at least one sensor , the module being configured to sense information about at least one of a physical condition and a behavior of a patient during an injection event by the at least one sensor , wherein the data transmitter is configured to be in electronic communication with the communication device (A), wherein the data transmitter is configured to transmit at least a portion of the sensed information to the communication device (A), wherein the injection device further comprises an external housing enclosing the drug delivery portion and the data transmitter , wherein the drug delivery portion includes a reservoir containing a pharmaceutical agent to be delivered to the patient, wherein the drug delivery portion comprises a needle , wherein the at least one sensor is located on a portion of the needle which is intended to be positioned inside the body of the patient during the injection event, wherein the needle is in fluid communication with the reservoir and extendable through at least a portion of the external housing characterized in that the reservoir is formed within a substrate layer of the drug delivery portion , and the reservoir includes a circular labyrinth. wherein the injection device further comprises a data capture module including at least one sensor , the module being configured to sense information about at least one of a physical condition and a behavior of a patient during an injection event by the at least one sensor , wherein the data transmitter is configured to be in electronic communication with the communication device (A), wherein the data transmitter is configured to transmit at least a portion of the sensed information to the communication device (A), wherein the injection device further comprises an external housing enclosing the drug delivery portion and the data transmitter , wherein the drug delivery portion includes a reservoir containing a pharmaceutical agent to be delivered to the patient, wherein the drug delivery portion comprises a needle , wherein the at least one sensor is located on a portion of the needle which is intended to be positioned inside the body of the patient during the injection event, wherein the needle is in fluid communication with the reservoir and extendable through at least a portion of the external housing characterized in that the reservoir is formed within a substrate layer of the drug delivery portion , and the reservoir includes a circular labyrinth.
A condensate pump assembly comprising: a housing having an inlet port (110A-110D), a reservoir arranged to receive liquid through the inlet port, and an outlet port having an outlet assembly mounted thereto, and a pump arranged to pump liquid from reservoir to the liquid outlet assembly , and a pair of clips ; characterised in that the pair of clips are releasably connectable to the housing at a first pair of mounting portions and a second pair of mounting portions , wherein each of the pair of clips has a first portion for connecting to a first external element and a second portion for connecting to a second external element , wherein the pair of clips are configured to mount the housing to the first external element when connected to the first pair of mounting portions , and wherein the pair of clips are configured to mount the housing to the second external element when connected to the second pair of mounting portions . a housing having an inlet port (110A-110D), a reservoir arranged to receive liquid through the inlet port, and an outlet port having an outlet assembly mounted thereto, and a pump arranged to pump liquid from reservoir to the liquid outlet assembly , and a pair of clips ; characterised in that the pair of clips are releasably connectable to the housing at a first pair of mounting portions and a second pair of mounting portions , wherein each of the pair of clips has a first portion for connecting to a first external element and a second portion for connecting to a second external element , wherein the pair of clips are configured to mount the housing to the first external element when connected to the first pair of mounting portions , and wherein the pair of clips are configured to mount the housing to the second external element when connected to the second pair of mounting portions .
A fire-fighting fluid storage apparatus of a battery pack, comprising: a box , wherein the box has an inner cavity; a partition member , wherein the partition member is located in the inner cavity of the box , and the box is divided into a liquid storage portion and a gas storage portion by the partition member ; wherein the liquid storage portion is provided with a fluid outlet , and the gas storage portion is provided with a fluid inlet , a fire-fighting fluid in the liquid storage portion is configured to be driven by the partition member to move toward the fluid outlet under the action of compressed gas in the gas storage portion ; wherein the fluid inlet is arranged at a box top wall or a box side wall of the box , and along the height direction (H) of the box , a distance between the fluid inlet and a bottom of the box is greater than a distance between the fluid outlet and the bottom of the box ; wherein the liquid storage bottom wall of the liquid storage portion comprises a first planar portion and an inclined portion , and the inclined portion is inclined downward relative to the first planar portion ; the fluid outlet is arranged at a liquid storage side wall of the liquid storage portion , and a center line (Y) of the fluid outlet is located below the first planar portion . a box , wherein the box has an inner cavity; a partition member , wherein the partition member is located in the inner cavity of the box , and the box is divided into a liquid storage portion and a gas storage portion by the partition member ; wherein the liquid storage portion is provided with a fluid outlet , and the gas storage portion is provided with a fluid inlet , a fire-fighting fluid in the liquid storage portion is configured to be driven by the partition member to move toward the fluid outlet under the action of compressed gas in the gas storage portion ; wherein the fluid inlet is arranged at a box top wall or a box side wall of the box , and along the height direction (H) of the box , a distance between the fluid inlet and a bottom of the box is greater than a distance between the fluid outlet and the bottom of the box ; wherein the liquid storage bottom wall of the liquid storage portion comprises a first planar portion and an inclined portion , and the inclined portion is inclined downward relative to the first planar portion ; the fluid outlet is arranged at a liquid storage side wall of the liquid storage portion , and a center line (Y) of the fluid outlet is located below the first planar portion .
A method, comprising: at a device with one or more processors and memory: while a respective application is a most recently opened application: in response to receiving a user input, concurrently displaying a plurality of application views of a set of application views , wherein the set of application views includes preselected application views for opening an application corresponding with the respective preselected application view and an adaptive view that corresponds to the most recently opened application, wherein concurrently displaying the plurality of application views includes: in accordance with a determination that the respective application does not correspond to one of the preselected application views , displaying an application view corresponding to the respective application at a first location on the display as the adaptive view ; and in accordance with a determination that the respective application corresponds to one of the preselected application views , displaying an application view corresponding to the most recently used application that is not one of the already existing preselected views at the first location on the display as the adaptive view ; and while displaying the adaptive view that corresponds to the most recently opened application: displaying an affordance corresponding to adding the adaptive view to the preselected application views ; and receiving a user input corresponding to selection of the affordance; and in response to receiving the user input for selecting the affordance, adding the adaptive view that corresponds to the most recently opened application to the preselected application views . in accordance with a determination that the respective application does not correspond to one of the preselected application views , displaying an application view corresponding to the respective application at a first location on the display as the adaptive view ; and in accordance with a determination that the respective application corresponds to one of the preselected application views , displaying an application view corresponding to the most recently used application that is not one of the already existing preselected views at the first location on the display as the adaptive view ; and while displaying the adaptive view that corresponds to the most recently opened application: displaying an affordance corresponding to adding the adaptive view to the preselected application views ; and receiving a user input corresponding to selection of the affordance; and displaying an affordance corresponding to adding the adaptive view to the preselected application views ; and receiving a user input corresponding to selection of the affordance; and in response to receiving the user input for selecting the affordance, adding the adaptive view that corresponds to the most recently opened application to the preselected application views .