mhurhangee/patent-ind-claim-en huggingface dataset:
A method for establishing an independent message page for Instant Messaging, IM, tools, comprising: obtaining , by an IM client, a trigger event for a micro-blog message in a main panel of the IM client, and obtaining identification information of the micro-blog message according to the trigger event; determining , by the IM client, an independent message page corresponding to the identification information of the micro-blog message; displaying , by the IM client, the independent message page; characterized in that : the independent message page comprises a sender message display area; the step of determining, by the IM client, an independent message page corresponding to the identification information of the micro-blog message further comprises: obtaining, by the IM client, contents and a type of the micro-blog message according to the identification information of the micro-blog message, and displaying the contents and the type of the micro-blog message in the sender message display area. obtaining , by an IM client, a trigger event for a micro-blog message in a main panel of the IM client, and obtaining identification information of the micro-blog message according to the trigger event; determining , by the IM client, an independent message page corresponding to the identification information of the micro-blog message; displaying , by the IM client, the independent message page; characterized in that : the independent message page comprises a sender message display area; the step of determining, by the IM client, an independent message page corresponding to the identification information of the micro-blog message further comprises: obtaining, by the IM client, contents and a type of the micro-blog message according to the identification information of the micro-blog message, and displaying the contents and the type of the micro-blog message in the sender message display area. the independent message page comprises a sender message display area; the step of determining, by the IM client, an independent message page corresponding to the identification information of the micro-blog message further comprises: obtaining, by the IM client, contents and a type of the micro-blog message according to the identification information of the micro-blog message, and displaying the contents and the type of the micro-blog message in the sender message display area.
A rubber composition for a tire tread, the composition comprising: 100 parts by weight of raw material rubber; 60 to 130 parts by weight of a reinforcing filler; and 10 to 60 parts by weight of a modified natural oil, wherein the modified natural oil includes 50% to 90% by weight of a first natural oil and 10% to 50% by weight of a second natural oil having a weight average molecular weight that is 2 to 10 times the weight average molecular weight of the first natural oil. 100 parts by weight of raw material rubber; 60 to 130 parts by weight of a reinforcing filler; and 10 to 60 parts by weight of a modified natural oil, wherein the modified natural oil includes 50% to 90% by weight of a first natural oil and 10% to 50% by weight of a second natural oil having a weight average molecular weight that is 2 to 10 times the weight average molecular weight of the first natural oil.
Display mechanism in particular for a watch, and preferably of a watch, said display mechanism comprising at least: - one indicator member : said at least one indicator member being mounted to rotate about a first axis of rotation via a first part , and being configured to move relative to a dial so as to indicate a first piece of information; said at least one indicator member being mounted to rotate about a second axis of rotation intersecting said first axis of rotation and extending longitudinally along said at least one indicator member and comprising at least one rotary element mounted to rotate about said second axis of rotation via a second part so as to indicate at least one second piece of information; - a drive member assembly : said at least one drive assembly comprising at least one first drive member and at least one second drive member : said at least one second drive member being arranged on and/or in said at least one rotary element , and being driven by said at least one first drive member ; said at least one first drive member being configured to cooperate with said at least one second drive member in such a way as to drive said at least one rotary element in a rotational movement via said at least one second drive member , when said at least one indicator member is rotatable about said first axis of rotation and/or when said at least one drive member is rotatable about said first axis of rotation . - one indicator member : said at least one indicator member being mounted to rotate about a first axis of rotation via a first part , and being configured to move relative to a dial so as to indicate a first piece of information; said at least one indicator member being mounted to rotate about a second axis of rotation intersecting said first axis of rotation and extending longitudinally along said at least one indicator member and comprising at least one rotary element mounted to rotate about said second axis of rotation via a second part so as to indicate at least one second piece of information; - a drive member assembly : said at least one drive assembly comprising at least one first drive member and at least one second drive member : said at least one second drive member being arranged on and/or in said at least one rotary element , and being driven by said at least one first drive member ; said at least one first drive member being configured to cooperate with said at least one second drive member in such a way as to drive said at least one rotary element in a rotational movement via said at least one second drive member , when said at least one indicator member is rotatable about said first axis of rotation and/or when said at least one drive member is rotatable about said first axis of rotation .
A pain management system, comprising: a memory; at least one sampling electrode configured to be applied to a skin surface; a waveform generator coupled to the at least one sampling electrode; at least one return electrode configured to be applied to a skin surface; characterized by : a controller coupled to the memory, the waveform generator, and the at least one return electrode, wherein the controller is configured to perform operations comprising: detecting a location of a nerve; determining a resonant frequency for neuronal cell membranes of a target nerve; and generating a peripheral nerve blockade using the determined resonant frequency, wherein the resonant frequency comprises a frequency at which impedance of a nerve approaches a maximum. a memory; at least one sampling electrode configured to be applied to a skin surface; a waveform generator coupled to the at least one sampling electrode; at least one return electrode configured to be applied to a skin surface; characterized by : a controller coupled to the memory, the waveform generator, and the at least one return electrode, wherein the controller is configured to perform operations comprising: detecting a location of a nerve; determining a resonant frequency for neuronal cell membranes of a target nerve; and generating a peripheral nerve blockade using the determined resonant frequency, wherein the resonant frequency comprises a frequency at which impedance of a nerve approaches a maximum. a controller coupled to the memory, the waveform generator, and the at least one return electrode, wherein the controller is configured to perform operations comprising: detecting a location of a nerve; determining a resonant frequency for neuronal cell membranes of a target nerve; and generating a peripheral nerve blockade using the determined resonant frequency, wherein the resonant frequency comprises a frequency at which impedance of a nerve approaches a maximum.
An electronic device , comprising: an inner shell defining a battery compartment , the battery compartment comprising a bottom surface and a side wall ; a first adhesive adhered to the bottom surface of the battery compartment ; an adhesive film covering and being adhered to the first adhesive , the bottom surface and the side wall of the battery compartment ; a battery received in the battery compartment , and comprising a body having a lower surface , an upper surface opposite to the lower surface and a side surface , the adhesive film being adhered to the lower surface of the battery ; and a second adhesive coated in spaces between a side surface of the battery and the adhesive film , wherein the first adhesive , the adhesive film and the second adhesive are configured in such a manner that the battery is capable of being removed without being damaged, while the adhesive film and the second adhesive are remained in the battery compartment during removal of the battery , wherein the battery further comprises a hand-pull strip , the hand-pull strip is fixedly disposed to the lower surface and the side surface , and extending out from a gap between the side wall and the side surface ; and/or the hand-pull strip is fixedly disposed to the lower surface , the side surface and the upper surface . an inner shell defining a battery compartment , the battery compartment comprising a bottom surface and a side wall ; a first adhesive adhered to the bottom surface of the battery compartment ; an adhesive film covering and being adhered to the first adhesive , the bottom surface and the side wall of the battery compartment ; a battery received in the battery compartment , and comprising a body having a lower surface , an upper surface opposite to the lower surface and a side surface , the adhesive film being adhered to the lower surface of the battery ; and a second adhesive coated in spaces between a side surface of the battery and the adhesive film , wherein the first adhesive , the adhesive film and the second adhesive are configured in such a manner that the battery is capable of being removed without being damaged, while the adhesive film and the second adhesive are remained in the battery compartment during removal of the battery , wherein the battery further comprises a hand-pull strip , the hand-pull strip is fixedly disposed to the lower surface and the side surface , and extending out from a gap between the side wall and the side surface ; and/or the hand-pull strip is fixedly disposed to the lower surface , the side surface and the upper surface .
A latch for a cargo management system of a cargo hold, the latch comprising: a base plate configured for rigid attachment to a surface of the cargo hold; a latch head attached to the base plate and configured to prevent a movement of at least one cargo unit in a lateral Y-direction and a vertical Z-direction and to allow a movement of the at least one cargo unit in a longitudinal X-direction along the length of an aircraft; and a roller assembly attached to the base plate, opposite the latch head, and comprising at least one roller , the roller being configured to provide a vertical support to the at least one cargo unit in the Z-direction while allowing the movement of the at least one cargo unit in the X-direction, wherein the latch head comprises a latch toe on an edge thereof, the latch toe configured to engage against a base-latch heel formed in the base plate to secure the latch head within a latch head slot formed in the base plate, wherein the base plate and the latch head comprise corresponding latch-base alignment features, including a protuberance on the base plate and a cavity formed in a bottom surface of the latch head, wherein, when the latch toe is engaged against the base-latch heel, the latch head is configured to pivotably rotate into an installed position, in which the protuberance is located within the cavity. a base plate configured for rigid attachment to a surface of the cargo hold; a latch head attached to the base plate and configured to prevent a movement of at least one cargo unit in a lateral Y-direction and a vertical Z-direction and to allow a movement of the at least one cargo unit in a longitudinal X-direction along the length of an aircraft; and a roller assembly attached to the base plate, opposite the latch head, and comprising at least one roller , the roller being configured to provide a vertical support to the at least one cargo unit in the Z-direction while allowing the movement of the at least one cargo unit in the X-direction, wherein the latch head comprises a latch toe on an edge thereof, the latch toe configured to engage against a base-latch heel formed in the base plate to secure the latch head within a latch head slot formed in the base plate, wherein the base plate and the latch head comprise corresponding latch-base alignment features, including a protuberance on the base plate and a cavity formed in a bottom surface of the latch head, wherein, when the latch toe is engaged against the base-latch heel, the latch head is configured to pivotably rotate into an installed position, in which the protuberance is located within the cavity.
An endoscope having a handle with a handle housing arranged at a proximal end of the endoscope and an insertion tube extending from said handle and terminating in a tip part at the distal end of the endoscope , and a working channel extending within said insertion tube and having distal end and a proximal end, said endoscope further comprising motion transfer means extending within said working channel and adapted to operate a tool at the exit port of the tip part in response to the activation of an operating member , where the working channel comprises a generally tubular working channel wall, the distal working channel end comprises an exit port at the tip part at the distal end of the endoscope , the proximal working channel end comprises an end sealing means accommodated within the handle housing, and an entry port is provided between the distal working channel end and the proximal working channel end characterized in that at least one part of the working channel wall is adapted to vary in length in response to movement of said end sealing means . the working channel comprises a generally tubular working channel wall, the distal working channel end comprises an exit port at the tip part at the distal end of the endoscope , the proximal working channel end comprises an end sealing means accommodated within the handle housing, and an entry port is provided between the distal working channel end and the proximal working channel end characterized in that at least one part of the working channel wall is adapted to vary in length in response to movement of said end sealing means .
Method for producing a rotary system for a drone , the said rotary system comprising a rotary assembly equipped with a de-icer , the said assembly comprising at least one blade , characterised in that the said method comprises the production of the said rotary system using a laser-direct structuring method, by carrying out the following steps: - producing the said rotary assembly , said rotary assembly comprising a casing , the said casing comprising a composite material provided with an organic metal, - forming by means of a laser at least one groove on an external surface of the said casing, the said at least one groove extending from a first end to a second end , the said at least one groove being at least arranged on the said blade , the at least one groove having at least one change of direction on the said blade , - forming an electrically conducting track of the de-icer in the said at least one groove by immersing the said rotary assembly in a bath containing a metal, the said electrically conducting track extending from a first terminal up to a second terminal , the first terminal being present in the first end , the second terminal being present in the second end , and - covering the said electrically conducting track with a protective layer . - producing the said rotary assembly , said rotary assembly comprising a casing , the said casing comprising a composite material provided with an organic metal, - forming by means of a laser at least one groove on an external surface of the said casing, the said at least one groove extending from a first end to a second end , the said at least one groove being at least arranged on the said blade , the at least one groove having at least one change of direction on the said blade , - forming an electrically conducting track of the de-icer in the said at least one groove by immersing the said rotary assembly in a bath containing a metal, the said electrically conducting track extending from a first terminal up to a second terminal , the first terminal being present in the first end , the second terminal being present in the second end , and - covering the said electrically conducting track with a protective layer .
An article of apparel , comprising: a first layer forming at least a first leg portion and a second leg portion ; and a second layer comprising one or more panel portions , the one or more panel portions secured to the first layer at least at: a first lateral area of the first leg portion of the first layer , and a second lateral area of the second leg portion of the first layer , wherein the one or more panel portions comprise a first panel portion and a second panel portion , the first panel portion further secured to a front area of the first layer at an upper margin of the article and the second panel portion further secured to a rear area of the first layer at the upper margin of the article , and characterized in that the first and second panel portions are coupled together with a crotch seam . wherein the one or more panel portions comprise a first panel portion and a second panel portion , the first panel portion further secured to a front area of the first layer at an upper margin of the article and the second panel portion further secured to a rear area of the first layer at the upper margin of the article , and characterized in that the first and second panel portions are coupled together with a crotch seam .
Method for using a digital map in a vehicle, wherein - image data of the vehicle surroundings are acquired using one or more cameras of the vehicle ; - the acquired image data are processed to identify a visually represented overview map containing an abstracted representation of spatial conditions in the vicinity of the overview map; - the image data of an identified overview map are transformed into a navigable digital map; - guidance information for a travel route in the spatial region represented in the overview map is generated using the digital map; and wherein - in addition to the digital map generated from the acquired image data, there is also an additional digital map in the vehicle for the same spatial region, and the two digital maps are evaluated together; - spatial regions with contradictions between the two digital maps are identified; and - the identified regions are avoided or are approached and inspected using vehicle sensors. - image data of the vehicle surroundings are acquired using one or more cameras of the vehicle ; - the acquired image data are processed to identify a visually represented overview map containing an abstracted representation of spatial conditions in the vicinity of the overview map; - the image data of an identified overview map are transformed into a navigable digital map; - guidance information for a travel route in the spatial region represented in the overview map is generated using the digital map; and wherein - in addition to the digital map generated from the acquired image data, there is also an additional digital map in the vehicle for the same spatial region, and the two digital maps are evaluated together; - spatial regions with contradictions between the two digital maps are identified; and - the identified regions are avoided or are approached and inspected using vehicle sensors.
Method for rolling a rolling stock , wherein - the rolling stock is guided alternatingly in two opposite rolling directions through a rolling gap between two working rollers of a reversing rolling stand , - a lubricant for lubricating a contact zone is introduced into the contact zone, in which the rolling stock bears against the working rollers , - and a coolant is applied to the working rollers or/and to the rolling stock , wherein - the lubricant is dispensed in a mixture with a carrier gas, wherein the mixture is sprayed onto the working rollers or/and onto the rolling stock exclusively on a run-out side of a rolling pass, on which run-out side the rolling stock runs out of the rolling gap , - and the coolant is dispensed onto the working rollers or/and onto the rolling stock exclusively on a run-in side of a rolling pass, on which run-in side the rolling stock runs into the rolling gap . - the rolling stock is guided alternatingly in two opposite rolling directions through a rolling gap between two working rollers of a reversing rolling stand , - a lubricant for lubricating a contact zone is introduced into the contact zone, in which the rolling stock bears against the working rollers , - and a coolant is applied to the working rollers or/and to the rolling stock , wherein - the lubricant is dispensed in a mixture with a carrier gas, wherein the mixture is sprayed onto the working rollers or/and onto the rolling stock exclusively on a run-out side of a rolling pass, on which run-out side the rolling stock runs out of the rolling gap , - and the coolant is dispensed onto the working rollers or/and onto the rolling stock exclusively on a run-in side of a rolling pass, on which run-in side the rolling stock runs into the rolling gap .