mhurhangee/patent-ind-claim-en huggingface dataset:
A pressurizing mask for supporting a combination of a top cap assembly and an electrode assembly, comprising: an external circumference forming a circle on a plane view, wherein a welding portion for exposing an electrode tab is formed at a biased position with respect to a center thereof, and an indent portion into which the electrode tab is inserted is formed in a peripheral portion of the welding portion, an indent portion is formed on a first side to traverse the welding portion from the external circumference, the electrode tab is exposed to an outside through the welding portion on a second side that is an opposite side of the first side when an electrode tab is mounted to the indent portion , the first side is configured to contact a current interrupt device of the top cap assembly , and when a pressure is applied in a direction of the first side from the second side , the current interrupt device and the electrode tab are configured to be pressurized to support welding between the current interrupt device and the electrode tab . an external circumference forming a circle on a plane view, wherein a welding portion for exposing an electrode tab is formed at a biased position with respect to a center thereof, and an indent portion into which the electrode tab is inserted is formed in a peripheral portion of the welding portion, an indent portion is formed on a first side to traverse the welding portion from the external circumference, the electrode tab is exposed to an outside through the welding portion on a second side that is an opposite side of the first side when an electrode tab is mounted to the indent portion , the first side is configured to contact a current interrupt device of the top cap assembly , and when a pressure is applied in a direction of the first side from the second side , the current interrupt device and the electrode tab are configured to be pressurized to support welding between the current interrupt device and the electrode tab .
A battery cell, comprising: an adapting member , comprising a first connection portion for connecting an electrode terminal and a second connection portion for connecting an electrode assembly , wherein the first connection portion and the second connection portion are dividedly set and connected to each other, and the first connection portion is in a multilayer structure and comprises multiple layers of conductive sheets provided in a stacking manner, the second connection portion is in a single-layer structure, and a minimum thickness of the first connection portion is greater than a maximum thickness of the second connection portion ; wherein a minimum thickness of the second connection portion is greater than a maximum thickness of any of the multiple layers of conductive sheets . an adapting member , comprising a first connection portion for connecting an electrode terminal and a second connection portion for connecting an electrode assembly , wherein the first connection portion and the second connection portion are dividedly set and connected to each other, and the first connection portion is in a multilayer structure and comprises multiple layers of conductive sheets provided in a stacking manner, the second connection portion is in a single-layer structure, and a minimum thickness of the first connection portion is greater than a maximum thickness of the second connection portion ; wherein a minimum thickness of the second connection portion is greater than a maximum thickness of any of the multiple layers of conductive sheets .
An environmental control system for an aircraft with a gas turbine engine, the environmental control system comprising: a low pressure tap configured to be associated with a location in a main compressor section of the gas turbine engine; a first passage , a downstream outlet, a compressor and an electric motor ; wherein the low pressure tap communicates airflow to the first passage leading to the downstream outlet; a second passage in communication with the low pressure tap and the compressor driven by the electric motor ; a combined outlet intermixing airflow from the first passage and from the compressor driven by the electric motor and passing the airflow downstream for aircraft cabin and other uses; and a second control valve disposed between the low pressure tap and the compressor; characterised in comprising a first control valve downstream of the combined outlet. a low pressure tap configured to be associated with a location in a main compressor section of the gas turbine engine; a first passage , a downstream outlet, a compressor and an electric motor ; wherein the low pressure tap communicates airflow to the first passage leading to the downstream outlet; a second passage in communication with the low pressure tap and the compressor driven by the electric motor ; a combined outlet intermixing airflow from the first passage and from the compressor driven by the electric motor and passing the airflow downstream for aircraft cabin and other uses; and a second control valve disposed between the low pressure tap and the compressor; characterised in comprising a first control valve downstream of the combined outlet.
An unmanned aerial vehicle (UAV) for fishing, comprising: a housing , said housing having a top part and a bottom part; a plurality of arms arranged on the top part, each arm having a motor and an airscrew; a battery unit arranged within the housing ; a processor arranged within the housing ; a sonar unit for determining a fishing region; a launching unit for launching bait, said launching unit having a slide bar and a driving component; and a supporting component arranged on the housing to support the slide bar , wherein one end the slide bar is rotatably connected to a pivot, the other end of the slide bar is slidably connected to the supporting component , the driving component is to actuate one of the slide bar and the supporting component to separate the slide bar from the supporting component , and the slide bar is to rotate about the pivot after separating from the supporting component , said UAV being characterized in that the supporting component is slidably connected to the housing in a direction perpendicular to the slide bar , a round corner which is in contact with the slide bar is arranged on the supporting component, and an elastic component is arranged between the supporting component and the housing . a housing , said housing having a top part and a bottom part; a plurality of arms arranged on the top part, each arm having a motor and an airscrew; a battery unit arranged within the housing ; a processor arranged within the housing ; a sonar unit for determining a fishing region; a launching unit for launching bait, said launching unit having a slide bar and a driving component; and a supporting component arranged on the housing to support the slide bar , wherein one end the slide bar is rotatably connected to a pivot, the other end of the slide bar is slidably connected to the supporting component , the driving component is to actuate one of the slide bar and the supporting component to separate the slide bar from the supporting component , and the slide bar is to rotate about the pivot after separating from the supporting component , said UAV being characterized in that the supporting component is slidably connected to the housing in a direction perpendicular to the slide bar , a round corner which is in contact with the slide bar is arranged on the supporting component, and an elastic component is arranged between the supporting component and the housing .
A method for the external control of an agricultural utility vehicle by means of a remote control , wherein a relative position of the remote control with respect to the utility vehicle is detected (S1), characterized in that control functions of the remote control are individually activated or deactivated as a function of the detected position, wherein the detection of the position comprises the detection of the direction (R) of the position of the remote control with respect to the utility vehicle (S5).
An electric field sensor including a plurality of electrodes and a plurality of vias coupled to the electrodes , the vias being capable of receiving a sinusoidal voltage signal and being capable of outputting a current induced in the electric field sensor , wherein the electric field sensor comprises: an insulating substrate having a pair of opposing surfaces; the electrodes are disposed on one of the opposing surfaces of the substrate and extend parallel to each other on the one opposing surface, each said electrode having an electrode end, the electrodes comprising a plurality of first electrodes and a plurality of second electrodes interleaved and non- contacting with the plurality of first electrodes on the one opposing surface, wherein the plurality of first electrodes are not in contact with each other on the one opposing surface and extend across the one opposing surface from one end of the substrate, and the plurality of second electrodes are not in contact with each other on the one opposing surface and extend across the one opposing surface from an opposite end of the substrate; and the vias extend from the one opposing surface through to the other of the opposing surfaces of the substrate, wherein the vias comprise a plurality of first vias and a plurality of second vias , wherein each of the first vias are coupled to the electrode end of a respective one of the first electrodes proximate the one substrate end, and each of the second vias are coupled to the electrode end of a respective one of the second electrodes proximate the opposite substrate end. an insulating substrate having a pair of opposing surfaces; the electrodes are disposed on one of the opposing surfaces of the substrate and extend parallel to each other on the one opposing surface, each said electrode having an electrode end, the electrodes comprising a plurality of first electrodes and a plurality of second electrodes interleaved and non- contacting with the plurality of first electrodes on the one opposing surface, wherein the plurality of first electrodes are not in contact with each other on the one opposing surface and extend across the one opposing surface from one end of the substrate, and the plurality of second electrodes are not in contact with each other on the one opposing surface and extend across the one opposing surface from an opposite end of the substrate; and the vias extend from the one opposing surface through to the other of the opposing surfaces of the substrate, wherein the vias comprise a plurality of first vias and a plurality of second vias , wherein each of the first vias are coupled to the electrode end of a respective one of the first electrodes proximate the one substrate end, and each of the second vias are coupled to the electrode end of a respective one of the second electrodes proximate the opposite substrate end.
A system comprising: a first image forming device comprising: a file generating unit to generate a cloning file including set values of the first image forming device; a first NFC tag storing data for establishing a wireless communication with a mobile device ; and a first wireless communication unit to transmit the cloning file to the mobile device ; and a second image forming device comprising: a second NFC tag storing data for establishing a wireless communication with the mobile device; a second wireless communication unit to receive the cloning file from the mobile device using the wireless communication established using the data stored in the NFC tag; and an update unit to analyze the cloning file and perform a cloning process, characterised in that : the cloning process comprises modifying set values of the second image forming device to correspond to set values in the cloning file received using a wireless communication established using the data stored in the second NFC tag. a first image forming device comprising: a file generating unit to generate a cloning file including set values of the first image forming device; a first NFC tag storing data for establishing a wireless communication with a mobile device ; and a first wireless communication unit to transmit the cloning file to the mobile device ; and a file generating unit to generate a cloning file including set values of the first image forming device; a first NFC tag storing data for establishing a wireless communication with a mobile device ; and a first wireless communication unit to transmit the cloning file to the mobile device ; and a second image forming device comprising: a second NFC tag storing data for establishing a wireless communication with the mobile device; a second wireless communication unit to receive the cloning file from the mobile device using the wireless communication established using the data stored in the NFC tag; and an update unit to analyze the cloning file and perform a cloning process, characterised in that : the cloning process comprises modifying set values of the second image forming device to correspond to set values in the cloning file received using a wireless communication established using the data stored in the second NFC tag. a second NFC tag storing data for establishing a wireless communication with the mobile device; a second wireless communication unit to receive the cloning file from the mobile device using the wireless communication established using the data stored in the NFC tag; and an update unit to analyze the cloning file and perform a cloning process, characterised in that : the cloning process comprises modifying set values of the second image forming device to correspond to set values in the cloning file received using a wireless communication established using the data stored in the second NFC tag.
Injector for implantation of an intraocular lens , having a base body and an elongated actuation element , which projects at least partly into a rear section of the base body and which is movably guided in an actuation axis , and wherein a movement of the actuation element into the base body can be generated selectively by means of a push actuation (P) along the actuation axis or by means of a screw actuation (S) about the actuation axis , and wherein the actuation element features an external thread at least on one section, and wherein to the base body is arranged a switch element , characterized, in that at least one spring arm is arranged at the base body , wherein the spring arm has a thread engagement structure on an inner surface facing the external thread , wherein the switch element interacting with the spring arm is arranged on the base body so as to be rotatable about the actuation axis or displaceable in the actuation axis , and wherein the switch element interacts with the spring arm via an operative contact, wherein at least one inner surface of the switch element involved in the operative contact and/or an outer surface of the spring arm involved in the operative contact is formed inclined at an angle (α) to the actuation axis , so that upon rotation or upon displacement of the switch element an elastic deformation of the spring arm towards the actuation axis and away from the actuation axis can be generated, whereby the thread engagement structure can be selectively engaged or disengaged with the external thread .
A positioning apparatus , comprising: first and second members relatively moveable in a substantially vertical degree of freedom, at least one motor configured to effect relative motion of the first and second members in the vertical degree of freedom, and at least one energy conduit mounted to at least one of the first and second members, which imparts a load in the vertical degree of freedom of the first and second members on at least one of the members it is mounted to that varies dependent on the relative position of the first and second members, characterised in that the positioning apparatus comprises a passive compensatory member configured to apply a load that varies in the vertical degree of freedom of the first and second members, dependent on the relative position of the first and second members, inversely to the variation in load applied by the at least one energy conduit, so as to at least partially counteract the variation in load applied by the at least one energy conduit on said at least one of the members. first and second members relatively moveable in a substantially vertical degree of freedom, at least one motor configured to effect relative motion of the first and second members in the vertical degree of freedom, and at least one energy conduit mounted to at least one of the first and second members, which imparts a load in the vertical degree of freedom of the first and second members on at least one of the members it is mounted to that varies dependent on the relative position of the first and second members, characterised in that the positioning apparatus comprises a passive compensatory member configured to apply a load that varies in the vertical degree of freedom of the first and second members, dependent on the relative position of the first and second members, inversely to the variation in load applied by the at least one energy conduit, so as to at least partially counteract the variation in load applied by the at least one energy conduit on said at least one of the members.
An unlocking device of a hatch or shutter or door for closing and sealing openings on vessels or ships, comprising - a hatch or shutter or door having a shutter edge ; - a frame which can be associated with an opening edge which delimits a deck or floor opening of a vessel or ship deck or floor ; - a closing and opening mechanism for closing or opening said hatch or shutter or door to said frame ; - said closing and opening mechanism comprising, associated with said shutter or with said frame , at least one closing rod which passes, in operating conditions and when said hatch or shutter or door closes said opening , from an extended position to connect or lock said hatch or shutter or door to said frame , to a retracted position to free or unlock said hatch or shutter or door from said frame , and vice versa; - said closing and opening mechanism comprising, associated with said frame or with said shutter , at least one closing block which delimits a closing rod housing or narrowing adapted to receive said closing rod when in the extended position to connect or lock said shutter to said frame ; characterized in that - at least said one closing block is selectively unlockable from said frame or from said shutter and can either be retracted or moved thus freeing said closing rod , but preventing said closing rod from needing to move from the extended position thereof, and thus freeing said closing rod and allowing said hatch or shutter or door to be opened with the closing rod being extended. - a hatch or shutter or door having a shutter edge ; - a frame which can be associated with an opening edge which delimits a deck or floor opening of a vessel or ship deck or floor ; - a closing and opening mechanism for closing or opening said hatch or shutter or door to said frame ; - said closing and opening mechanism comprising, associated with said shutter or with said frame , at least one closing rod which passes, in operating conditions and when said hatch or shutter or door closes said opening , from an extended position to connect or lock said hatch or shutter or door to said frame , to a retracted position to free or unlock said hatch or shutter or door from said frame , and vice versa; - said closing and opening mechanism comprising, associated with said frame or with said shutter , at least one closing block which delimits a closing rod housing or narrowing adapted to receive said closing rod when in the extended position to connect or lock said shutter to said frame ; - at least said one closing block is selectively unlockable from said frame or from said shutter and can either be retracted or moved thus freeing said closing rod , but preventing said closing rod from needing to move from the extended position thereof, and thus freeing said closing rod and allowing said hatch or shutter or door to be opened with the closing rod being extended.
A measurement device for determining the quantity of liquid in a tank , including: a first pressure sensor to measure a first pressure value for liquid in the tank , a second pressure sensor for measuring a second pressure value in an ullage space above the liquid in the tank , an accelerometer , characterised in that the first pressure sensor is for mounting on a liquid outlet pipe connected to the tank for discharging liquid from the tank , and the measurement device includes a flow measurement device to determine the rate of liquid flow through the liquid outlet pipe , and means for calculating the quantity of liquid in the tank in response to the measured values from the pressure sensors , accelerometer and flow measurement device . a first pressure sensor to measure a first pressure value for liquid in the tank , a second pressure sensor for measuring a second pressure value in an ullage space above the liquid in the tank , an accelerometer , characterised in that the first pressure sensor is for mounting on a liquid outlet pipe connected to the tank for discharging liquid from the tank , and the measurement device includes a flow measurement device to determine the rate of liquid flow through the liquid outlet pipe , and means for calculating the quantity of liquid in the tank in response to the measured values from the pressure sensors , accelerometer and flow measurement device .
A transmitted light illumination apparatus for a microscope , said transmitted light illumination apparatus comprising - a planar light source , which emits light from its surface - a mirror receiving said emitted light and having a concave mirror surface arranged in the direction of light emitted from the planar light source , wherein the planar light source is arranged in a focus of the concave mirror surface and the mirror condenses the light, - at least one diaphragm element being at least partially opaque and being arranged between the planar light source and the concave mirror surface such that for different positions of the diaphragm element effected by moving the at least one diaphragm element in at least one direction parallel to a plane defined by the planar light source, the planar light source is at least partially covered by the at least one diaphragm element . - a planar light source , which emits light from its surface - a mirror receiving said emitted light and having a concave mirror surface arranged in the direction of light emitted from the planar light source , wherein the planar light source is arranged in a focus of the concave mirror surface and the mirror condenses the light, - at least one diaphragm element being at least partially opaque and being arranged between the planar light source and the concave mirror surface such that for different positions of the diaphragm element effected by moving the at least one diaphragm element in at least one direction parallel to a plane defined by the planar light source, the planar light source is at least partially covered by the at least one diaphragm element .