mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the dynamic compensation of angular errors when operating a machine tool , wherein at least one holder for at least one workpiece , in or on which a workpiece can be fixed, wherein at least one tool holder , in or on which a tool , in particular a drill, is fixed and can be driven in rotation by a rotary drive of the tool holder , wherein at least one horizontal drive , through which the tool holder can be moved at least in a horizontal plane of the machine tool for machining the workpiece , wherein at least one vertical drive , through which the tool holder can be moved in the vertical direction of the machine tool and which comprises at least one control unit , of which the rotary drive , horizontal drive and vertical drive are functionally assigned, with the steps: a. Retracting the at least one rotatably driven tool for machining the workpiece in the workpiece along a retraction direction running in or obliquely to the horizontal plane; b. Extending the rotationally driven tool from the workpiece along an extension direction opposite to the retraction direction and detecting an ACTUAL position of the tool holder in the vertical direction and a force and/or acceleration feedforward ACTUAL value of the tool with regard to a Z axis extending in the horizontal plane; c. Determining an angular error of the tool as a function of the force and/or acceleration feedforward ACTUAL value of the tool with respect to the Z axis extending in the horizontal plane; d. Determining a compensation value of the tool holder in the vertical direction to compensate for the determined angular error and transferring the tool holder from the ACTUAL position by the determined compensation value to a TARGET position. a. Retracting the at least one rotatably driven tool for machining the workpiece in the workpiece along a retraction direction running in or obliquely to the horizontal plane; b. Extending the rotationally driven tool from the workpiece along an extension direction opposite to the retraction direction and detecting an ACTUAL position of the tool holder in the vertical direction and a force and/or acceleration feedforward ACTUAL value of the tool with regard to a Z axis extending in the horizontal plane; c. Determining an angular error of the tool as a function of the force and/or acceleration feedforward ACTUAL value of the tool with respect to the Z axis extending in the horizontal plane; d. Determining a compensation value of the tool holder in the vertical direction to compensate for the determined angular error and transferring the tool holder from the ACTUAL position by the determined compensation value to a TARGET position.
A method for forming a fiber-reinforced polymer component , the method comprising: impregnating a first fiber tow with a polymerizable liquid contained within a reservoir to form a first impregnated fiber tow ; positioning the first impregnated fiber tow within a build region of the reservoir , the build region having a shape and size corresponding to a cross-section of the fiber-reinforced polymer component ; and, irradiating the build region of the reservoir to form a polymerized solid from the polymerizable liquid within the build region , the polymerized solid encasing a portion of the first fiber tow to form at least a portion of the fiber-reinforced polymer component . impregnating a first fiber tow with a polymerizable liquid contained within a reservoir to form a first impregnated fiber tow ; positioning the first impregnated fiber tow within a build region of the reservoir , the build region having a shape and size corresponding to a cross-section of the fiber-reinforced polymer component ; and, irradiating the build region of the reservoir to form a polymerized solid from the polymerizable liquid within the build region , the polymerized solid encasing a portion of the first fiber tow to form at least a portion of the fiber-reinforced polymer component .
A wheelchair having a longitudinal axis and a lateral axis, the wheelchair further having front wheels with rotational axes and rear wheels with rotational axes, said front wheels and said rear wheels being separated from each other along said longitudinal axis of the wheelchair, the wheelchair comprising a device comprising: • a hollow sleeve ; • a leg slidable in the sleeve; the leg having a retracted position in the sleeve and an extended position in the sleeve , the leg is bent to form a foot , said foot having a plurality of auxiliary wheels spaced along the length of the foot or a continuous track is attached to the foot; the device being attached to the wheelchair between the front wheels of the wheelchair and the back wheels of the wheelchair; wherein when the leg is in the extended position, the auxiliary wheels or track are postioned below the bottom of the front and back wheels and the auxiliary wheels or track can rotate when the wheelchair moves forward. • a hollow sleeve ; • a leg slidable in the sleeve; the leg having a retracted position in the sleeve and an extended position in the sleeve , the leg is bent to form a foot , said foot having a plurality of auxiliary wheels spaced along the length of the foot or a continuous track is attached to the foot;
A method of multi-radio wireless communication, comprising: identifying by a User Equipment, UE, at least one coexistence issue corresponding to a set of radio communication resources of the UE; characterised by : communicating an indication of the at least one coexistence issue to a base station, wherein the communicating comprises communicating an indicator of at least one radio event denied by the UE due to the coexistence issue.
A multiuse cleaning degreasing composition, characterized in that it is based on non-hydrolysed collagen, wherein the non-hydrolysed collagen acts as surfactant agent and comprising by weight of the composition: non-hydrolysed collagen between 1% and 27%, a thickening and foam stabilising substance between 0.25% and 5%, a preservative substance between 0.25% and 2%, a natural fragrance between 0.1% and 0.5% and deionised water between 66% and 70%, the multiuse cleaning degreasing composition further comprising a surfactant between 1% and 5% by weight, the non-hydrolysed collagen synergistically boosting the properties of said surfactant, wherein: - said surfactant is sodium lauryl sulphate, and - said thickening and foam stabilising substance is Cocodiethanolamine. the multiuse cleaning degreasing composition further comprising a surfactant between 1% and 5% by weight, the non-hydrolysed collagen synergistically boosting the properties of said surfactant, wherein: - said surfactant is sodium lauryl sulphate, and - said thickening and foam stabilising substance is Cocodiethanolamine. - said surfactant is sodium lauryl sulphate, and - said thickening and foam stabilising substance is Cocodiethanolamine.
A semi-trailer comprising a box liner constituting the main frame of the trailer and a goose neck box profile constituting the goose neck part of the trailer positioned on the box liner , the semi-trailer further comprising: - at least one chassis positioning plate positioned on the box liner , - at least one box profile positioning plate positioned on the goose neck box profile , - a rear locking assembly detachably connected to the at least one chassis positioning plate by means of detachable fasteners, and - a front lock assembly detachably connected to the at least one box profile positioning plate by means of detachable fasteners. - at least one chassis positioning plate positioned on the box liner , - at least one box profile positioning plate positioned on the goose neck box profile , - a rear locking assembly detachably connected to the at least one chassis positioning plate by means of detachable fasteners, and - a front lock assembly detachably connected to the at least one box profile positioning plate by means of detachable fasteners.
Method for operating a charging regulator (LR) for an electrical storage device (S), in particular a battery (B) of a vehicle on-board power supply , which can be supplied with electrical energy by means of an electric machine that can be coupled to an internal combustion engine in a direct or geared manner and comprises a rotor and a stator with at least one phase winding (U, V, W) that generates phase signals (U U , U V , U W , I U , I V , I W ), wherein the phase signals are detected in order to ascertain the rotational speed or the rotary angle position, wherein at least one value of a phase voltage (W Uu , W Ud , W Vu , W VD , W Wu , W Wd ), which occurs in each case at least once per revolution of the rotor and is triggered by at least one rising edge (FI Uu , FI Vu , FI Wu ) of the phase signal (Uu, Uv, Uw, I U , I V , I W ) or by a falling edge (FI Ud , FI Vd , FI Wd ) of the phase signal (U U , U V , U W , I U , I V , I W ), is detected, wherein, once a first setpoint value (U soll1 ) of the operating voltage (U s ) of the electrical storage device (S) has been reached or exceeded, the charging regulator (LR) is controlled such that, following the occurrence of the at least one value (W Uu , W Ud , W Vu , W Vd , W Wu , W Wd ) at the next rising edge (FI Uu , FI Vu , FI Wu ), a current flow (I) from the electric machine into the electrical storage device (S) is suppressed or enabled, characterized in that the current flow (I) is suppressed after the at least one value of the phase voltage (W Uu , W Ud , W Vu , W Vd , W Wu , W Wd ) has occurred until at least one further value of the phase voltage (W Uu , W Ud , W Vu , W Vd , W Wu , W Wd ), which is triggered by a subsequent rising edge (FI Uu , FI Vu , FI Wu ) of the phase signal (Uu, U V , U W , I U , I V , I W ) or by a falling edge (FI Ud , FI Vd , FI Wd ) of the phase signal (U U , U V , U W , I U , I V , I W ), is identified.
A holding device for attachment to the inner wall of a commercial vehicle body, having multiple mutually spaced receiving means , which each have a receiving space for holding at least one load functional element in different positions, wherein the receiving means form a first holding means and are arranged between two rails which form a second holding means and each have an opening for the engagement of a further load functional element , characterised in that the receiving means and the rails are formed in an elongate main body consisting of solid material, and the receiving space has a closed bottom , wherein the receiving space is formed by a recess in a middle ridge which is adjacent to the rails .
Support base applicable to an existing rung ladder , which base includes a support element that can be fixed to the ladder and a levelling member mounted oscillating on the support element by means of a single hinge , wherein the levelling member comprises a single central element connected to the hinge and two bearing legs to the terrain, the central element being provided with two removable housing seats of the bearing legs , wherein the hinge comprises a through hole made in the support element of the ladder , two wings fixed to the central element of the levelling member and a pin placed orthogonal to the plane where the ladder lies, which wings are spaced from each other so as to arrange themselves on opposite faces of the support element at the opposite openings of the hole of the support element , the wings being provided with holes so that said holes of the wings are overlapping the opposite openings of the hole of the support element and in these holes a bushing and a pin are inserted which constrain in a freely oscillating way the central element of the levelling member to the support element , characterized in that the central element consists of two plates parallel to each other and at least one connecting wall for the two plates , which plates are shaped to form the said wings at a first end and the walls of two said seats at a second end, which seats are arranged to form an angle between them and are delimited by the two said plates and by the connecting wall , being the connecting wall placed at the said second end.
Process for producing a filler-containing rubber mixture comprising a total filler amount, wherein it comprises at least the following process steps: a) providing a rubber A; b) mixing 60% to 100% by weight of the total filler amount in the rubber A from step a) to produce a first rubber mixture component; c) providing a separate mass of the same rubber A; d) mixing from 0% to 40% by weight of the filler amount in the rubber A from step c) to produce a second rubber mixture component, wherein in the case of 0% by weight of the filler amount the rubber mixture component comprises at least the rubber; e) initially charging the first mixture component in a mixing apparatus; f) heating the first mixture component, preferably to a temperature of 80°C to 140°C; g) adding the second mixture component to the first mixture component from step f); h) mixing the first and the second rubber mixture components. a) providing a rubber A; b) mixing 60% to 100% by weight of the total filler amount in the rubber A from step a) to produce a first rubber mixture component; c) providing a separate mass of the same rubber A; d) mixing from 0% to 40% by weight of the filler amount in the rubber A from step c) to produce a second rubber mixture component, wherein in the case of 0% by weight of the filler amount the rubber mixture component comprises at least the rubber; e) initially charging the first mixture component in a mixing apparatus; f) heating the first mixture component, preferably to a temperature of 80°C to 140°C; g) adding the second mixture component to the first mixture component from step f); h) mixing the first and the second rubber mixture components.
A method of production of a high strength cold rolled steel sheet excellent in chemical convertibility comprising using; a continuous annealing furnace where a cooling method of a cooling zone including part or all of a temperature range of the steel sheet of 600 to 250°C following heating for recrystallization is one or more of gas cooling, effusion cooling, and cooling pipe cooling, to continuously anneal cold rolled steel sheet and produce high strength cold rolled steel sheet, wherein said high strength cold rolled steel sheet contains, by mass%, Si: 1.0 to 2.0% and/or Mn: 2.0 to 3.0%, characterized by ; exposing the surface of the steel sheet in the steel sheet temperature range of 600 to 250°C to an iron-oxidizing atmosphere so as to make it oxidize, pickling the sheet at the annealing furnace outlet side to remove the Si or Mn or other oxide film together with the iron oxide film of the steel sheet, and then iron- or Ni-plating the sheet to 1 to 50 mg/m 2 .
A method of lifting or transporting a toilet , the toilet having a bowl with a rim , said method comprising: (a) inserting a device having longitudinally separated ends into the bowl of the toilet; (b) positioning the device such that the ends of the device reside beneath the rim of the toilet at opposite sides of the toilet bowl; and (c) exerting upward force on the device so as to lift the toilet and/or maintain the toilet in an elevated transport position characterized in that said device comprises a generally I-shaped member having said central handle portion and two rim-engaging portions lying cross-wise to a longitudinal dimension of the central handle portion at opposing ends thereof to engage under the rim of the toilet at opposing sides of the bowl for lifting or transport of the toilet by application of upward force on the central handle portion. (a) inserting a device having longitudinally separated ends into the bowl of the toilet; (b) positioning the device such that the ends of the device reside beneath the rim of the toilet at opposite sides of the toilet bowl; and (c) exerting upward force on the device so as to lift the toilet and/or maintain the toilet in an elevated transport position
Loading-space-cover arrangement for a vehicle , having a loading-space cover (10a-c), wherein the loading-space cover (10a-c) has a holding element which is arranged on the loading-space side and which serves for fastening of a loading floor of the vehicle , wherein the loading-space cover (10a-c) is configured to releasably fasten the loading floor on the loading-space cover (10a-c) by means of the holding element in order to hold the loading floor in an open position, wherein the loading-space cover has a sheet-like structure which is delimited by a contour plate , wherein the holding element is formed by a surface , arranged on the loading-space side, of the contour plate or of the sheet-like structure and/or is designed as a fixing element , characterized in that the contour plate is mounted movably on the loading-space-cover arrangement (10a-c).
A cartridge system configured for use in a blood analyzer, the cartridge system comprising a cartridge and a fluid sampler, and being characterized in that the cartridge comprises: a substantially rigid portion ; a flexible sheet fixed to the rigid portion, wherein the flexible sheet includes a deformable cap disposed over a depression formed in the rigid portion to form a first reservoir ; wherein the flexible sheet is selectively bonded to the rigid frame such that in at least one area the flexible sheet is permanently welded to the rigid portion and in at least one other area the flexible sheet is non-permanently welded thereby forming a peelable separation between the rigid portion and flexible sheet; at least one flow path formed in the rigid portion and configured to establish fluid communication between at least one inlet in the substantially rigid portion and the first reservoir; and the fluid sampler comprises: at least one capillary tube ; and a seal/plug disposed within the at least one capillary tube, wherein a location of the seal/plug within the at least one capillary tube defines a fixed volume of sample fluid to be received by the at least one capillary tube; wherein the seal/plug is permeable to air such that when sample fluid enters the at least one capillary tube, air displaced by the sample fluid entering the at least one capillary tube is allowed to flow out of the at least one capillary tube through the seal/plug; and wherein the seal/plug is configured to be pushed by a plunger toward an end of the at least one capillary tube to deliver the fixed volume of sample fluid to the at least one flow path formed in the rigid portion of the cartridge. a substantially rigid portion ; a flexible sheet fixed to the rigid portion, wherein the flexible sheet includes a deformable cap disposed over a depression formed in the rigid portion to form a first reservoir ; wherein the flexible sheet is selectively bonded to the rigid frame such that in at least one area the flexible sheet is permanently welded to the rigid portion and in at least one other area the flexible sheet is non-permanently welded thereby forming a peelable separation between the rigid portion and flexible sheet; at least one flow path formed in the rigid portion and configured to establish fluid communication between at least one inlet in the substantially rigid portion and the first reservoir; and at least one capillary tube ; and a seal/plug disposed within the at least one capillary tube, wherein a location of the seal/plug within the at least one capillary tube defines a fixed volume of sample fluid to be received by the at least one capillary tube; wherein the seal/plug is permeable to air such that when sample fluid enters the at least one capillary tube, air displaced by the sample fluid entering the at least one capillary tube is allowed to flow out of the at least one capillary tube through the seal/plug; and wherein the seal/plug is configured to be pushed by a plunger toward an end of the at least one capillary tube to deliver the fixed volume of sample fluid to the at least one flow path formed in the rigid portion of the cartridge.
A thermodynamic pump system for providing gaseous hydrogen comprising: an accumulator for storing pressurized gaseous hydrogen; a plurality of liquid hydrogen (LH2) tanks in fluid communication with an outlet of the accumulator ; and a heat exchanger in fluid communication with and intermediate the accumulator and the plurality of tanks for sequentially receiving LH2; a supply manifold interconnecting the plurality of tanks to the heat exchanger and having a plurality of supply valves configured to sequentially supply LH2 to the heat exchanger ; and a pressurization manifold interconnecting the accumulator to the plurality of tanks and having a plurality of pressurization valves configured to sequentially pressurize the tanks concurrent with the sequential supply of LH2. an accumulator for storing pressurized gaseous hydrogen; a plurality of liquid hydrogen (LH2) tanks in fluid communication with an outlet of the accumulator ; and a heat exchanger in fluid communication with and intermediate the accumulator and the plurality of tanks for sequentially receiving LH2; a supply manifold interconnecting the plurality of tanks to the heat exchanger and having a plurality of supply valves configured to sequentially supply LH2 to the heat exchanger ; and a pressurization manifold interconnecting the accumulator to the plurality of tanks and having a plurality of pressurization valves configured to sequentially pressurize the tanks concurrent with the sequential supply of LH2.
An optical scanner which comprises: - a mirror , provided with a front face , essentially planar, and with a rear face , said mirror being pivotally mounted about a first pivot axis and being transparent or partially transparent in an area between said front face and up to said rear face or from said front face up to said rear face; - a light source intended to emit an incident light radiation on the front face of the mirror , and the mirror being partially transparent to the light radiation from its front face towards its rear face ; the scanner is characterised in that the rear face includes a structuration formed by at least one facet essentially planar and inclined with respect to the front face so that a light radiation, incident on the mirror on the front face side, and transmitted by the at least one facet undergoes a deflection with respect to an angle of incidence of said light radiation on the front face . - a mirror , provided with a front face , essentially planar, and with a rear face , said mirror being pivotally mounted about a first pivot axis and being transparent or partially transparent in an area between said front face and up to said rear face or from said front face up to said rear face; - a light source intended to emit an incident light radiation on the front face of the mirror , and the mirror being partially transparent to the light radiation from its front face towards its rear face ;
A test arrangement for use in monitoring the status of an elongate cable , the arrangement comprising a plurality of test modules installed, in use, at intervals along a length of the cable , each of the test modules comprising a monitoring apparatus operable to monitor the insulation resistance of the cable either or both of upstream or downstream of the location at which the monitoring apparatus is installed, and the modules communicating with at least a control unit via a distributed communications network , such that the control unit is configured to receive information output by the test modules wherein the received information indicates whether the cable is functional upstream and/or downstream of the location in which that module is installed, the control unit using the outputs of the modules in combination to identify the presence of and approximate location of a fault in the cable based on the monitored insulation resistance.
A liquid pharmaceutical formulation of neuregulin (NRG) comprising: (a) a NRG polypeptide, and (b) a buffering agent, wherein said formulation has a pH of 2.0, 2.1, 2.2, 2.3, 2.4, 2.5, 2.6, 2.7, 2.8, 2.9, 3.0, 3.1, 3.2, 3.3, 3.4, 3.5, 3.6, 3.7, 3.8, 3.9, 4.0, 4.1, 4.2, 4.3, 4.4, 4.5, 4.6, 4.7, 4.8, 4.9, 5.0, 5.1, 5.2, 5.3, 5.4, 5.5, 5.6, or 5.7.