mhurhangee/patent-ind-claim-en huggingface dataset:
A computer mouse movable relative to a tracking surface on which the computer mouse is placed, the computer mouse comprising: a housing ; a magnetic element provided on the housing ; a control circuit configured to control a magnetic field strength of the magnetic element in order to control a magnetic attraction force between the computer mouse and the tracking surface; wherein the housing comprises a bottom surface facing the tracking surface; characterized in that the computer mouse further comprises: at least one foot extending out from the bottom surface ; and a pressure-sensitive sensor at the at least one foot , the pressure-sensitive sensor configured to determine a pressure exerted on the at least one foot ; wherein the control circuit is configured to control the magnetic field strength based on the pressure exerted on the at least one foot . a housing ; a magnetic element provided on the housing ; a control circuit configured to control a magnetic field strength of the magnetic element in order to control a magnetic attraction force between the computer mouse and the tracking surface; wherein the housing comprises a bottom surface facing the tracking surface; characterized in that the computer mouse further comprises: at least one foot extending out from the bottom surface ; and a pressure-sensitive sensor at the at least one foot , the pressure-sensitive sensor configured to determine a pressure exerted on the at least one foot ; wherein the control circuit is configured to control the magnetic field strength based on the pressure exerted on the at least one foot . at least one foot extending out from the bottom surface ; and a pressure-sensitive sensor at the at least one foot , the pressure-sensitive sensor configured to determine a pressure exerted on the at least one foot ; wherein the control circuit is configured to control the magnetic field strength based on the pressure exerted on the at least one foot .
Burglar-resistant wall , with at least one first wall section , said first wall section having two parallel and spaced-apart plate elements ; a) a second wall section is provided, which is arranged at a distance and parallel to the first wall section , the second wall section having two parallel and spaced-apart plate elements , b) a support structure arranged between the wall sections is provided, c) the plate elements (18, 19; 16, 17) of the first and second wall sections are connected to the support structure ; characterized in that between the plate elements of the first wall section there is a first reinforcement fabric , and between plate elements of the second wall section there is a second reinforcement fabric ; the first and the second reinforcement fabric being made of plastic, the plastic being polymethyl methacrylate or polycarbonate. a) a second wall section is provided, which is arranged at a distance and parallel to the first wall section , the second wall section having two parallel and spaced-apart plate elements , b) a support structure arranged between the wall sections is provided, c) the plate elements (18, 19; 16, 17) of the first and second wall sections are connected to the support structure ; characterized in that between the plate elements of the first wall section there is a first reinforcement fabric , and between plate elements of the second wall section there is a second reinforcement fabric ; the first and the second reinforcement fabric being made of plastic, the plastic being polymethyl methacrylate or polycarbonate.
A method for error monitoring in a control and data transmission system designed for redundant process control, which comprises at least one first control device and one second control device redundant to the first one and located remotely from the first one, which are connected to at least one process device in the form of an input and/or output device via a communication network ; wherein the first and second control devices are in communication through a communication link via which the first and second control devices exchange data for synchronizing the respective control programs for process control that are executed on the control devices, comprising the steps of: - detecting an error by the first control device ; - storing error information about the detected error in the first control device ; - transmitting the error information from the first control device to the second control device; - storing the error information received from the first control device in the second control device . - detecting an error by the first control device ; - storing error information about the detected error in the first control device ; - transmitting the error information from the first control device to the second control device; - storing the error information received from the first control device in the second control device .
Material web fixing device for a filter bag manufacturing installation comprising - a material web transport device for the transport of at least two material webs to be fixed to one another, by means of at least one fixing seam , at a distance from one another along a transport direction , - a plurality of sewing units with in each case one sewing needle and a looper acting as stitch forming tools between which the material webs can be passed through in the transport direction , the stitch forming tools interacting with a thread to produce the fixing seam , - an excess thread production unit to lengthen a thread path between the material webs , - the excess thread production unit being arranged in the thread run between the material webs during operation; characterized in that - the excess thread production unit has in each case an oblique surface running at an angle to the transport direction, the oblique surface being arranged between the material webs during operation in such a way that it is passed by the thread during seam formation due to the transport via the material web transport device , - each sewing unit is associated to a respective one of the oblique surfaces . - a material web transport device for the transport of at least two material webs to be fixed to one another, by means of at least one fixing seam , at a distance from one another along a transport direction , - a plurality of sewing units with in each case one sewing needle and a looper acting as stitch forming tools between which the material webs can be passed through in the transport direction , the stitch forming tools interacting with a thread to produce the fixing seam , - an excess thread production unit to lengthen a thread path between the material webs , - the excess thread production unit being arranged in the thread run between the material webs during operation; characterized in that - the excess thread production unit has in each case an oblique surface running at an angle to the transport direction, the oblique surface being arranged between the material webs during operation in such a way that it is passed by the thread during seam formation due to the transport via the material web transport device , - each sewing unit is associated to a respective one of the oblique surfaces .
An imaging device comprising: an optical system including three optical regions that each transmit light in a different polarization direction, wherein the optical regions of the optical system have different focal lengths or are configured to focus on objects at different distances; an imaging element including a plurality of pixel units each of which is a set of N pixels that receive light in the different polarization directions, where N is an integer satisfying N ≥ 3; a storage unit that stores a coefficient group configured by a matrix A of 3 rows and N columns in which each element is represented by aij, where i is an integer satisfying 1 ≤ i ≤ 3 and j is an integer satisfying 1 ≤ j ≤ N; and an arithmetic unit that acquires the coefficient group from the storage unit and calculates three pixel signals X1, X2, and X3 corresponding to each of the optical regions of the optical system from N pixel signals x1, x2, ..., xN obtained from each of the pixel units of the imaging element using the following expression X 1 X 2 X 3 = a 11 a 12 ⋯ a 1 N a 21 a 22 ⋯ a 2 N a 31 a 32 ⋯ a 3 N ∗ x 1 x 2 ⋮ xN an optical system including three optical regions that each transmit light in a different polarization direction, wherein the optical regions of the optical system have different focal lengths or are configured to focus on objects at different distances; an imaging element including a plurality of pixel units each of which is a set of N pixels that receive light in the different polarization directions, where N is an integer satisfying N ≥ 3; a storage unit that stores a coefficient group configured by a matrix A of 3 rows and N columns in which each element is represented by aij, where i is an integer satisfying 1 ≤ i ≤ 3 and j is an integer satisfying 1 ≤ j ≤ N; and an arithmetic unit that acquires the coefficient group from the storage unit and calculates three pixel signals X1, X2, and X3 corresponding to each of the optical regions of the optical system from N pixel signals x1, x2, ..., xN obtained from each of the pixel units of the imaging element using the following expression X 1 X 2 X 3 = a 11 a 12 ⋯ a 1 N a 21 a 22 ⋯ a 2 N a 31 a 32 ⋯ a 3 N ∗ x 1 x 2 ⋮ xN
A glass product which is a household good with/without a chamber or a glass packaging product or sheet glass, the glass product comprising a coating that is compatible with the surface on which it is applied and changes color by different color reflections according to different perspectives of the user, with a metallic appearance, wherein the glass product essentially comprising: - at least one glass coating surface , all or a portion of which is coated, - the said coating comprising a metallic pigment and a carrier paint , wherein the metallic pigment consists of a carrier coating applied over an aluminium carrier flake , - characterized in that the said metallic pigment comprising the carrier coating consists of four layers of silica, silver, titanium oxide and silica, - the said carrier paint , which forms the matrix of the coating , transfers the said metallic pigments that are mixed into it to the surface to be coated, and consists of a resin, a filler and a solvent. - at least one glass coating surface , all or a portion of which is coated, - the said coating comprising a metallic pigment and a carrier paint , wherein the metallic pigment consists of a carrier coating applied over an aluminium carrier flake , - characterized in that the said metallic pigment comprising the carrier coating consists of four layers of silica, silver, titanium oxide and silica, - the said carrier paint , which forms the matrix of the coating , transfers the said metallic pigments that are mixed into it to the surface to be coated, and consists of a resin, a filler and a solvent.
A retention system for a molecular sieve unit , the molecular sieve unit including a housing sealed at a first end via an inlet end cap having an inlet orifice defined therein and at a second end via an outlet end cap having an outlet orifice defined therein, the housing configured to retain a packed sieve bed of adsorptive material, the retention system comprising: a. a perforated plate having a top face and bottom face , wherein the perforated plate is configured to be positioned atop the packed sieve bed proximate the outlet end cap ; b. a skirt coupled to the bottom face of the perforated plate , the skirt including a side wall defined between an open bottom end and an open top end of the skirt , the side wall having an inner surface comprising a part which is, in a direction towards the open top end of the skirt , curved towards a central axis of the housing to form a cup-like shape such as to direct the adsorptive material proximate the housing centrally inward toward the central axis of the housing , and an external surface that includes one or more alignment components ; and c. a biasing member (48; 66) configured to engage the outlet end cap and the top face of the perforated plate , wherein the biasing member (48;66) is configured to urge the perforated plate against the packed sieve bed. a. a perforated plate having a top face and bottom face , wherein the perforated plate is configured to be positioned atop the packed sieve bed proximate the outlet end cap ; b. a skirt coupled to the bottom face of the perforated plate , the skirt including a side wall defined between an open bottom end and an open top end of the skirt , the side wall having an inner surface comprising a part which is, in a direction towards the open top end of the skirt , curved towards a central axis of the housing to form a cup-like shape such as to direct the adsorptive material proximate the housing centrally inward toward the central axis of the housing , and an external surface that includes one or more alignment components ; and c. a biasing member (48; 66) configured to engage the outlet end cap and the top face of the perforated plate , wherein the biasing member (48;66) is configured to urge the perforated plate against the packed sieve bed.
An adapter assembly , comprising: an outer housing ; an outer tube extending distally from the outer housing; an articulation nut ; an articulation link axially supported within the outer tube , the articulation link having a proximal end portion operably coupled to the articulation nut , such that rotation of the articulation nut results in translation of the articulation link; a drive belt operably coupled to a distal end portion of the articulation link, wherein the drive belt has a distal end portion configured to be operably coupled to a proximal end portion of a surgical loading unit, such that movement of the drive belt articulates the surgical loading unit relative to the adapter assembly; a proximal pulley operably coupled to a proximal end portion of the drive belt , the drive belt being wrapped about the proximal pulley; a proximal housing having the proximal pulley rotationally supported therein; a distal housing having a distal end portion configured to be pivotably coupled to the proximal end portion of the surgical loading unit, wherein the articulation nut is rotationally supported within the outer housing ; and wherein the adapter assembly further comprises a tension screw disposed between the proximal and distal housings and configured to adjust a distance by which the proximal housing is spaced from the distal housing and to thereby adjust a tension in the drive belt . an outer housing ; an outer tube extending distally from the outer housing; an articulation nut ; an articulation link axially supported within the outer tube , the articulation link having a proximal end portion operably coupled to the articulation nut , such that rotation of the articulation nut results in translation of the articulation link; a drive belt operably coupled to a distal end portion of the articulation link, wherein the drive belt has a distal end portion configured to be operably coupled to a proximal end portion of a surgical loading unit, such that movement of the drive belt articulates the surgical loading unit relative to the adapter assembly; a proximal pulley operably coupled to a proximal end portion of the drive belt , the drive belt being wrapped about the proximal pulley; a proximal housing having the proximal pulley rotationally supported therein; a distal housing having a distal end portion configured to be pivotably coupled to the proximal end portion of the surgical loading unit, wherein the articulation nut is rotationally supported within the outer housing ; and wherein the adapter assembly further comprises a tension screw disposed between the proximal and distal housings and configured to adjust a distance by which the proximal housing is spaced from the distal housing and to thereby adjust a tension in the drive belt .
An agricultural mobile machine, comprising: a frame ; a set of front ground engaging traction elements movably connected to the frame ; a first steering actuator controllable to steer the set of front ground engaging traction elements ; a set of rear ground engaging traction elements movably connected to the frame ; a second steering actuator controllable to steer the set of rear ground engaging traction elements independently of the set of front ground engaging traction elements ; characterized in further comprising a sensing component configured to sense a distance from each ground engaging traction element , in the set of front ground engaging traction elements , to an adjacent crop row and to sense a distance from each ground engaging traction element , in the set of rear ground engaging traction element , to an adjacent crop row; and a steering control system that generates a first steering control signal to control the first steering actuator to steer the set of front ground engaging traction elements based on the sensed distance from each ground engaging traction element , in the set of front ground engaging traction elements , to adjacent crop rows , the steering control system generating a second steering control signal to control the second steering actuator to steer the set of rear ground engaging traction elements based on the sensed distance from each ground engaging traction element , in the set of rear ground engaging traction elements , to adjacent crop rows . a frame ; a set of front ground engaging traction elements movably connected to the frame ; a first steering actuator controllable to steer the set of front ground engaging traction elements ; a set of rear ground engaging traction elements movably connected to the frame ; a second steering actuator controllable to steer the set of rear ground engaging traction elements independently of the set of front ground engaging traction elements ; characterized in further comprising a sensing component configured to sense a distance from each ground engaging traction element , in the set of front ground engaging traction elements , to an adjacent crop row and to sense a distance from each ground engaging traction element , in the set of rear ground engaging traction element , to an adjacent crop row; and a steering control system that generates a first steering control signal to control the first steering actuator to steer the set of front ground engaging traction elements based on the sensed distance from each ground engaging traction element , in the set of front ground engaging traction elements , to adjacent crop rows , the steering control system generating a second steering control signal to control the second steering actuator to steer the set of rear ground engaging traction elements based on the sensed distance from each ground engaging traction element , in the set of rear ground engaging traction elements , to adjacent crop rows .
A porous composite media, characterised in that the porous composite media comprises: a porous asymmetric membrane prefilter prepared by phase inversion and comprising a tight side, an open side and a pore size increasing in size between the tight side and open side and a porous electrospun polymeric nanofiber retentive layer located on the tight side of the membrane, wherein the electrospun nanofibers have an average fiber diameter of 10 nm to 150 nm and the porous electrospun polymeric nanofiber retentive layer has a mean pore size ranging from 0.05μm to 1μm , a porosity ranging from 80% to 95% and a thickness ranging from 1 μm to 100μm, wherein the average fiber diameter of the electrospun nanofibers , the porosity and thickness of the porous electrospun polymeric nanofiber retentive layer are determined as defined in the description, and the mean pore size is determined from the mean flow bubble point measurement according to the ASTM procedure Designation E 1294-89, wherein the pore size of the porous nanofiber layer is smaller than the pore size of the tight side of the membrane, wherein the pore size is measured with the bubble point technique according to the ASTM procedure Designation E1294-89.
Double-bar warp-knitting machine having a first needle bed which has a first warp-knitting tool assembly having a plurality of warp-knitting tool types which in terms of drive technology by way of drive apparatuses are in each case connected to a first main shaft , a second needle bed which has a second warp-knitting tool assembly having a plurality of warp-knitting tool types which in terms of drive technology by way of drive apparatuses are in each case connected to a second main shaft , and a bar assembly which is movable between the first needle bed and the second needle bed , wherein the bar assembly by way of first drive apparatuses is operatively connected to the first main shaft , and by way of second drive apparatuses is operatively connected to the second main shaft , characterized in that the second drive apparatuses cause the same movement of the bar assembly as the first drive apparatuses .
Holding device for adhesive fastening to a surface comprising at least one double-sided self-adhesive strip having a holding body and an associated fastening element , wherein Holding body has a base plate with a rear surface and a threaded bolt protruding above the base plate , wherein the fastening element can be attached to the threaded bolt of Holding body , characterized in that the fastening element is made from an elastomer having a Shore A hardness of between 58 and 94 and has a through opening and is designed so that it is elastic at least in the region of the opening and an inner surface , limiting the through opening , of the fastening element has a profile of a helical rib , and wherein the opening has an internal diameter which is configured in relation to the external diameter of the threaded bolt in such a way that the fastening element can both be pushed onto the threaded bolt and pulled off it by a linear movement and be screwed onto it and unscrewed from it by a turning movement and the fastening element can be deformed, at least in the region of the opening , by a force in such a way that the fastening element can, in a deformed state, be pushed onto the threaded bolt and pulled off it and, in an undeformed state, can be screwed onto or unscrewed from the threaded bolt .
A medical fluid management system , comprising: a fluid source having an initial volume; a filter system having a fluid retention volume; a first fluid line configured to carry distention fluid from the fluid source to a body space , said first fluid line having a fluid retention volume; and second and third fluid lines configured to re-circulate fluid from the body space through the filter system and back to the fluid source, said second and third fluid lines having a fluid retention volume; characterized in that the fluid retention volume of the fluid lines and the filter system when subtracted from the initial volume of the fluid source equals 2.5 liters or less. a fluid source having an initial volume; a filter system having a fluid retention volume; a first fluid line configured to carry distention fluid from the fluid source to a body space , said first fluid line having a fluid retention volume; and second and third fluid lines configured to re-circulate fluid from the body space through the filter system and back to the fluid source, said second and third fluid lines having a fluid retention volume; characterized in that the fluid retention volume of the fluid lines and the filter system when subtracted from the initial volume of the fluid source equals 2.5 liters or less.