mhurhangee/patent-ind-claim-en huggingface dataset:
A lithium-ion battery cell, comprising: a positive plate; a membrane; and a negative plate, wherein a plurality of positive lugs is arranged along a winding direction on the positive plate in a unfolded state, a plurality of negative lugs is arranged along the winding direction on the negative plate in a unfolded state, and the positive plate and the negative plate are separated by the membrane and are wound to form the lithium-ion battery cell, the plurality of positive lugs forms a lug laminated structure, and the plurality of negative lugs forms a lug laminated structure, and wherein the plurality of positive lugs is arranged in parallel in a direction along a length of the positive plate; a first lug margin x 1 indicates a distance between a first positive lug and a head of the positive plate relative to the winding direction, a distance between each of the positive lugs other than the first positive lug and the head of the positive plate is indicated by d 1 , with d 1 =n 1 w-x 1 +(0.5πt∑n 1 -0.5πt) or d 1 =n 3 w+x 1 +[0.5πt∑(n 3 +1)-0.5πt]; the lithium-ion battery cell is square, and the plurality of positive lugs forms the lug laminated structure; where t indicates a sum of thicknesses of the positive plate, the membrane and the negative plate, w indicates a width of the cell, the first positive lug is the one of the positive lugs which is located closest to the head of the positive plate, n 1 indicates that a positive lug is located at the n 1 -th w on the positive plate along a direction from the head to a tail of the positive plate, and n 3 indicates that a positive lug is located at the (n 3 +1)-th w on the positive plate along the direction from the head to the tail of the positive plate. a positive plate; a membrane; and a negative plate, wherein a plurality of positive lugs is arranged along a winding direction on the positive plate in a unfolded state, a plurality of negative lugs is arranged along the winding direction on the negative plate in a unfolded state, and the positive plate and the negative plate are separated by the membrane and are wound to form the lithium-ion battery cell, the plurality of positive lugs forms a lug laminated structure, and the plurality of negative lugs forms a lug laminated structure, and wherein the plurality of positive lugs is arranged in parallel in a direction along a length of the positive plate; a first lug margin x 1 indicates a distance between a first positive lug and a head of the positive plate relative to the winding direction, a distance between each of the positive lugs other than the first positive lug and the head of the positive plate is indicated by d 1 , with d 1 =n 1 w-x 1 +(0.5πt∑n 1 -0.5πt) or d 1 =n 3 w+x 1 +[0.5πt∑(n 3 +1)-0.5πt]; the lithium-ion battery cell is square, and the plurality of positive lugs forms the lug laminated structure;
A urethral implant configured for implantation within a restricted location of a urethra , said urethral implant is made of a single wire forming two adjacent closed shapes by coiling ends of said single wire on each other, each of said two adjacent closed shapes including a distal section (154 1 , 154 2 ), a proximal section (156 1 , 156 2 ), and two lateral sections (158 1 , 158 2 & 158 2 , 158 3 ) each extending between said distal section and said proximal section, each of said two adjacent closed shapes exhibiting an expanded configuration and is foldable into a compressed configuration, wherein said two adjacent closed shapes have a common lateral section (158 2 ), a first closed shape is formed by said coiling ends of said single wire on each other thus creating wire end extensions and thus forming a first lateral section and a second lateral section , a second closed shape is formed by coiling said two wire end extensions one with the other thus forming a third lateral section, said second lateral section being said common lateral section, wherein said urethral implant being configured to expand from said compressed configuration to said expanded configuration such that the distance between lateral sections of said single wire increases, relative to the distance between said lateral sections of said single wire in said compressed configuration, wherein said urethral implant being for applying continuous pressure on surrounding tissue thereby applying continuous radial pressure on at least one of a urethral wall and tissue surrounding the urethral wall in said restricted location, said pressure being sufficient to cause extending the urinal passage. wherein said two adjacent closed shapes have a common lateral section (158 2 ), a first closed shape is formed by said coiling ends of said single wire on each other thus creating wire end extensions and thus forming a first lateral section and a second lateral section , a second closed shape is formed by coiling said two wire end extensions one with the other thus forming a third lateral section, said second lateral section being said common lateral section, wherein said urethral implant being configured to expand from said compressed configuration to said expanded configuration such that the distance between lateral sections of said single wire increases, relative to the distance between said lateral sections of said single wire in said compressed configuration, wherein said urethral implant being for applying continuous pressure on surrounding tissue thereby applying continuous radial pressure on at least one of a urethral wall and tissue surrounding the urethral wall in said restricted location, said pressure being sufficient to cause extending the urinal passage.
Brake system of a motor vehicle , which comprises a service brake system having friction brakes which can be actuated by a pressure medium, a sustained-action brake system , designed as a hydrodynamic or electrodynamic retarder, at least one electric machine which is drivingly connected to the wheels on a vehicle axle and can be operated at least as a generator, and a foot brake valve which can be actuated by means of a brake pedal , wherein the foot brake valve has a brake value transmitter and a brake pedal actuator for generating a restoring force acting on the brake pedal , and in which said components of the brake system can be controlled by means of an electronic control device , wherein the braking force requirement is requested, in the order of priority, by the electric machine in generator mode, the retarder and the service brake system , and wherein the distribution of the braking force between the components of the brake system can be suitably communicated to a driver of the motor vehicle , characterized in that the brake pedal actuator is designed to be electrically effective and has a rotatable or axially movable drive element , and in that the drive element of the brake pedal actuator is directly or indirectly connected in an actuating manner to a brake lever of the brake pedal or to a plunger piston of the foot brake valve .
A surgical device , comprising: a tissue compression device , comprising an anvil and a staple cartridge positioned opposite one another such that, upon closure of the anvil , a compression force is applied to tissue interposed between the anvil and the staple cartridge ; a tissue-compression-measurement device operable to indicate when an amount of the compression force being applied to the interposed tissue has reached a pre-determined optimal compression force; and a feedback controller electrically connected to the tissue-compression-measurement device and operable to receive the indication from the tissue-compression-measurement device that the pre-determined optimal compression force has been reached; characterized by the tissue-compression-measurement device comprising a mechanically biased switching element disposed in line with the tissue compression device ; wherein a staple firing procedure is permitted to be carried out on the compressed tissue only when the feedback controller has received the indication that the pre-determined optimal compression force has been reached and maintained for a preprogrammed desiccation period, wherein the tissue compression device operates dependent upon a signal from the feedback controller to maintain the optimal compression force on the tissue. a tissue compression device , comprising an anvil and a staple cartridge positioned opposite one another such that, upon closure of the anvil , a compression force is applied to tissue interposed between the anvil and the staple cartridge ; a tissue-compression-measurement device operable to indicate when an amount of the compression force being applied to the interposed tissue has reached a pre-determined optimal compression force; and a feedback controller electrically connected to the tissue-compression-measurement device and operable to receive the indication from the tissue-compression-measurement device that the pre-determined optimal compression force has been reached; characterized by the tissue-compression-measurement device comprising a mechanically biased switching element disposed in line with the tissue compression device ; wherein a staple firing procedure is permitted to be carried out on the compressed tissue only when the feedback controller has received the indication that the pre-determined optimal compression force has been reached and maintained for a preprogrammed desiccation period, wherein the tissue compression device operates dependent upon a signal from the feedback controller to maintain the optimal compression force on the tissue.
A method for the production of an erect object on the basis of photographic image data, comprising the following steps: a. provision of a database , to which the users can gain access via the Internet , b. transfer of photographic image data in digital form to the database by a user , c. identification of an image area in the photographic image data, which completely contains the image object to be represented by the erect object , d. production of a printed product on the basis of the image area , whereby at least the image object is printed directly on the glass substrate in a printing process, e. identification of an image object in the image area and f. identification of a contour of the identified image object , wherein the contour is identified before the printing process, and in the printing process only pixels lying inside the contour are printed and a strip lying inside the determined contour of the image object and surrounding the image object remains unprinted g. separating of the erect object from the printed product by means of contour cutting and/or a contour milling along the identified contour . a. provision of a database , to which the users can gain access via the Internet , b. transfer of photographic image data in digital form to the database by a user , c. identification of an image area in the photographic image data, which completely contains the image object to be represented by the erect object , d. production of a printed product on the basis of the image area , whereby at least the image object is printed directly on the glass substrate in a printing process, e. identification of an image object in the image area and f. identification of a contour of the identified image object , wherein the contour is identified before the printing process, and in the printing process only pixels lying inside the contour are printed and a strip lying inside the determined contour of the image object and surrounding the image object remains unprinted g. separating of the erect object from the printed product by means of contour cutting and/or a contour milling along the identified contour .
A drug delivery device with a resettable dose setting mechanism said mechanism comprising: a housing , a spindle , and a driver for driving the spindle of the drug delivery device, said driver comprising a first component and a second component , which is rotationally coupled to said first component by a clutched connection, wherein the first component and the second component are generally cylindrical and extend about the spindle ; wherein during resetting of said drug delivery device, said first component is rotationally decoupled from said second component , wherein after decoupling of the first component from the second component , the first component is free to rotate while the second component is not free to rotate, wherein the first component and the second component are decoupled when the first component is pulled axially away from the second component ; characterized in both the first component and the second component rotate together during a dose setting of the drug delivery device, that the spindle is threaded to the first component , and that the second component comprises at least one spline positioned along a surface of the second component and the first component comprises a plurality of spline recesses , wherein the plurality of spline recesses releasably connect the at least one longitudinal spline of the first component to the second driver portion when the first component and the second component are pushed axially together so that they releasably engage one another. a housing , a spindle , and a driver for driving the spindle of the drug delivery device, said driver comprising a first component and a second component , which is rotationally coupled to said first component by a clutched connection, wherein the first component and the second component are generally cylindrical and extend about the spindle ; wherein during resetting of said drug delivery device, said first component is rotationally decoupled from said second component , wherein after decoupling of the first component from the second component , the first component is free to rotate while the second component is not free to rotate, wherein the first component and the second component are decoupled when the first component is pulled axially away from the second component ; characterized in both the first component and the second component rotate together during a dose setting of the drug delivery device, that the spindle is threaded to the first component , and that the second component comprises at least one spline positioned along a surface of the second component and the first component comprises a plurality of spline recesses , wherein the plurality of spline recesses releasably connect the at least one longitudinal spline of the first component to the second driver portion when the first component and the second component are pushed axially together so that they releasably engage one another.
A summing unit for a distributed antenna system , the summing unit comprising: at least one port (402-1) configured to receive multiplexed digital data from a multiplexing unit (902A, 902-1, 2118-1), the multiplexed digital data including first digital data from a first device (2104-4, 2108-2, 2112-2, 2116-2) multiplexed with second digital data; at least a second port (402-2) configured to receive other digital data from another device (2104-1, 2108-1, 2112-1, 2116-1); and wherein the summing unit is configured to sum the first digital data with the other digital data to generate summed digital data for conversion to radio frequency signals and transmission at an antenna . at least one port (402-1) configured to receive multiplexed digital data from a multiplexing unit (902A, 902-1, 2118-1), the multiplexed digital data including first digital data from a first device (2104-4, 2108-2, 2112-2, 2116-2) multiplexed with second digital data; at least a second port (402-2) configured to receive other digital data from another device (2104-1, 2108-1, 2112-1, 2116-1); and wherein the summing unit is configured to sum the first digital data with the other digital data to generate summed digital data for conversion to radio frequency signals and transmission at an antenna .
Innerliner and/or body ply skim rubber compound comprising at least: - a cross-linkable unsaturated chain polymer base, - a filler system, and - a vulcanization system; said compound being characterized in that said filler system comprises, for at least 50% by weight, a mixture of three types of carbon black; said mixture of three types of carbon black being comprised of: a first carbon black with a surface area of between 25 and 40 m 2 /g, a second carbon black with a surface area of between 70 and 90 m 2 /g and a third carbon black with a surface area of between 800 and 1200 m 2 /g, wherein said first carbon black constitutes from 80 to 20% by weight of the mixture of at least three types of filler, said second carbon black constitutes from 10 to 40% by weight of the mixture of at least three types of filler, said third carbon black constitutes from 10 to 40% by weight of the mixture of at least three types of filler . - a cross-linkable unsaturated chain polymer base, - a filler system, and - a vulcanization system;
A coating composition comprising an organic solvent, metal oxide nanoparticles dispersed in this organic solvent, a high carbon polymer dissolved in this solvent, where the high carbon polymer comprises a repeat unit of structure , a hydroxybiphenyl repeat unit of structure and an moiety containing a fused aromatic moiety of structure wherein R 1 and R 2 are independently selected from the group consisting of hydrogen, an alkyl and a substituted alkyl, Ar is an unsubstituted or substituted fused aromatic ring and X 1 is an alkylene spacer, or a direct valence bond
A hand-held underarm spray delivery device , comprising: a container for containing medically active ingredient; an actuatable pump connected to the container and comprising a spray dispensing orifice with a spray axis (S), wherein the pump is adapted for upon actuation releasing a spray comprising the medically active ingredient through said orifice along the spray axis; a housing comprising a first part , a second part , and a shroud attached to the first and the second part, wherein the pump is arranged within the housing , and wherein the first part and/or the second part is provided with an opening (O) aligned with the spray dispensing orifice for allowing spray released through the dispensing orifice to pass through, characterized in that said shroud is flexible and in that the second part is rotatable about an axis of rotation (R) relative to the first part between an open position in which spray can pass out of the housing, and a closed position in which spray is prevented from passing out of the housing. a container for containing medically active ingredient; an actuatable pump connected to the container and comprising a spray dispensing orifice with a spray axis (S), wherein the pump is adapted for upon actuation releasing a spray comprising the medically active ingredient through said orifice along the spray axis; a housing comprising a first part , a second part , and a shroud attached to the first and the second part, wherein the pump is arranged within the housing , and wherein the first part and/or the second part is provided with an opening (O) aligned with the spray dispensing orifice for allowing spray released through the dispensing orifice to pass through, characterized in that said shroud is flexible and in that the second part is rotatable about an axis of rotation (R) relative to the first part between an open position in which spray can pass out of the housing, and a closed position in which spray is prevented from passing out of the housing.
Cutting method for the superficial scoring of a, preferably plate-shaped, component made of glass or ceramic, preferably a glass sheet , wherein a scoring line is introduced by means of a cutting wheel into at least one component surface, preferably into a glass sheet surface of the glass sheet , characterized in that the scoring process is monitored by means of acoustic emission analysis, wherein in the context of the acoustic emission analysis, a signal analysis and evaluation of digitized acoustic emission signals detected during the scoring process is carried out, the signal analysis and evaluation being carried out in the time domain and/or in the frequency domain.
A processing system configured for use in controlling operation of a camera to collect visualization data (30a-30d) comprising a plurality of images to be composited together to form composite images or 3D models, the processing system comprising and/or being configured to access a data store that stores priority or value data , the priority or value data indicating respective priorities or values of each of a plurality of roads, locations, regions or areas; wherein the processing system is configured to: determine or identify a location; determine the priority or value for the determined or identified location from the priority or value data ; the priority or value representing a level of requirement for the visualization data (30a-30d) for the composite images or 3D models; and thereafter control the camera to operate based on the priority or value data and the determined or identified location; and/or present indications to a user operating the processing system and/or camera of locations for which visualization data is of high priority or value or otherwise provide a display indicative of the priority or value data. determine or identify a location; determine the priority or value for the determined or identified location from the priority or value data ; the priority or value representing a level of requirement for the visualization data (30a-30d) for the composite images or 3D models; and thereafter control the camera to operate based on the priority or value data and the determined or identified location; and/or present indications to a user operating the processing system and/or camera of locations for which visualization data is of high priority or value or otherwise provide a display indicative of the priority or value data.