mhurhangee/patent-ind-claim-en huggingface dataset:
A torque device (110; 210) for securing an elongate medical device , the torque device comprising: a housing (120; 220) comprising a first opening , the first opening defining an arcuate first end portion and a tapered second end portion , and a first lateral side and a second lateral side extending between the first and second end portions, wherein each of the first lateral side and the second lateral side comprise a concave portion (185; 186); and an actuator (140; 240) slidably disposed within at least a portion of the housing, the actuator comprising a second opening , the second opening defining an arcuate first end portion and a tapered second end portion , and a first lateral side and a second lateral side extending between the first and second end portions, wherein each of the first lateral side and the second lateral side comprise a concave portion (195; 196), and wherein the first opening and the second opening are configured for passage of an elongate medical device . a housing (120; 220) comprising a first opening , the first opening defining an arcuate first end portion and a tapered second end portion , and a first lateral side and a second lateral side extending between the first and second end portions, wherein each of the first lateral side and the second lateral side comprise a concave portion (185; 186); and an actuator (140; 240) slidably disposed within at least a portion of the housing, the actuator comprising a second opening , the second opening defining an arcuate first end portion and a tapered second end portion , and a first lateral side and a second lateral side extending between the first and second end portions, wherein each of the first lateral side and the second lateral side comprise a concave portion (195; 196), and wherein the first opening and the second opening are configured for passage of an elongate medical device .
Snowshoe comprising a base structure forming a flotation zone , said snowshoe comprising a contact face and a securing face , said flotation zone comprising, on the contact-face side: (i) a plurality of tread elements made of elastomeric material and arranged over all or part of the foot zone , said tread elements being of elongate shape, passing across the flotation zone over a width greater than 25% and preferably greater than 40% of the width of the flotation zone in which said tread elements are situated, said tread elements comprising front lateral walls and rear lateral walls ; (ii) in the front portion of the flotation zone, at least a portion of the tread elements comprise a rear lateral wall that is inclined in such a way that the free edge ridge of this wall is offset toward the rear of the snowshoe compared with the edge ridge contiguous with the rest of the sole; (iii) in the rear portion of the flotation zone, at least a portion of the tread elements comprise a front lateral wall that is inclined in such a way that the free edge ridge of this wall is offset toward the front of the snowshoe compared with the edge ridge contiguous with the rest of the sole, the said snowshoe being characterized in that it comprises a plurality of elongate peripheral tread elements made of elastomeric material, oriented in the longitudinal direction of the snowshoe, arranged over at least one of the lateral overhangs , said tread elements comprising outside lateral walls and inside lateral walls , at least part of the peripheral tread elements comprising an inside lateral wall that is inclined in such a way that the free edge ridge of this wall is offset towards the centre of the sole compared with the edge ridge contiguous with the rest of the sole. (i) a plurality of tread elements made of elastomeric material and arranged over all or part of the foot zone , said tread elements being of elongate shape, passing across the flotation zone over a width greater than 25% and preferably greater than 40% of the width of the flotation zone in which said tread elements are situated, said tread elements comprising front lateral walls and rear lateral walls ; (ii) in the front portion of the flotation zone, at least a portion of the tread elements comprise a rear lateral wall that is inclined in such a way that the free edge ridge of this wall is offset toward the rear of the snowshoe compared with the edge ridge contiguous with the rest of the sole; (iii) in the rear portion of the flotation zone, at least a portion of the tread elements comprise a front lateral wall that is inclined in such a way that the free edge ridge of this wall is offset toward the front of the snowshoe compared with the edge ridge contiguous with the rest of the sole,
An inertial angular sensor comprising a support , characterised in that it comprises a resonator , said resonator comprising at least two masses suspended by mechanical springs , a number N of pairs P i (2 ≤ i ≤ N ) of electrostatic springs , said resonator defining at least four S 1 , S 2 , S 3 and S 4 axes of symmetry, characterised in that : - each pair P i consists of two electrostatic springs each having a preferred axis of action D, these electrostatic springs being positioned such that the respective axes D thereof form a right angle, - for at least one spring of any of the pairs and at least one spring of any other pair, the angle formed by these two springs is equal to a predefined angle, said at least two masses being connected to the support by at least some of the N pairs of electrostatic springs and by at least some of the mechanical springs , characterised in that said at least two masses of the resonator comprise an internal mass (3.1) and an external mass (3.2) coupled together by coupling springs , each mass (3.1, 3.2) being connected to the support by mechanical springs , and each mass (3.1, 3.2) being connected to the support by a number N of electrostatic springs . - each pair P i consists of two electrostatic springs each having a preferred axis of action D, these electrostatic springs being positioned such that the respective axes D thereof form a right angle, - for at least one spring of any of the pairs and at least one spring of any other pair, the angle formed by these two springs is equal to a predefined angle,
A composition comprising citric acid, succinic acid, fumaric acid and malic acid, in combination with sodium bicarbonate, calcium carbonate and calcium lactate, for use in reducing the concentration of urea in patients with chronic renal failure, acute renal failure, acute or chronic liver disease with hyperammonemia, congenital diseases with enzymatic alterations of the urea cycle, and pathological human conditions with negative nitrogen balance as a result of sepsis, burns, sarcopenia, cancer, malnutrition, type 1 and type 2 diabetes mellitus with negative nitrogen balance.
Recombinant cells capable of producing mevalonate, wherein the cells comprise one or more heterologous nucleic acids encoding a polypeptide having phosphoketolase activity and one or more heterologous nucleic acids encoding one or more polypeptides of the upper mevalonate (MVA) pathway, wherein culturing of said recombinant cells in a suitable medium provides for the production of mevalonate.
A machining system for machining a workpiece attached to a pallet (P), the machining system comprising: a processing machine for machining the workpiece, the pallet being interchangeably mounted thereto; a pallet transfer device for conveying and transferring the pallet; a setup station for performing attachment and detachment of the workpiece on the pallet, the setup station comprising an operator door including a partially cylindrical outer door and a partially cylindrical inner door which define concentric circular tracks having different radii and which rotate around a setup table on which the pallet is placed, and an interlocking mechanism for rotating the outer door and the inner door in association with each other so as to maintain a state in which an operator side and a pallet transfer device side are isolated from one another at all times; and a controller for controlling the operations of the processing machine, the pallet transfer device, and the setup station, the controller comprising an interlock circuit configured to prohibit a transfer operation of the pallet transfer device onto the setup table when the operator door is open, permit a transfer operation of the pallet transfer device onto the setup table when the operator door is closed; the machining system being characterized in that the controller is further configured to permit operations other than the transfer operation of the pallet transfer device onto the setup table regardless of whether the operator door is open or closed. a processing machine for machining the workpiece, the pallet being interchangeably mounted thereto; a pallet transfer device for conveying and transferring the pallet; a setup station for performing attachment and detachment of the workpiece on the pallet, the setup station comprising an operator door including a partially cylindrical outer door and a partially cylindrical inner door which define concentric circular tracks having different radii and which rotate around a setup table on which the pallet is placed, and an interlocking mechanism for rotating the outer door and the inner door in association with each other so as to maintain a state in which an operator side and a pallet transfer device side are isolated from one another at all times; and a controller for controlling the operations of the processing machine, the pallet transfer device, and the setup station, the controller comprising an interlock circuit configured to prohibit a transfer operation of the pallet transfer device onto the setup table when the operator door is open, permit a transfer operation of the pallet transfer device onto the setup table when the operator door is closed; the machining system being characterized in that the controller is further configured to permit operations other than the transfer operation of the pallet transfer device onto the setup table regardless of whether the operator door is open or closed.
A connection device for implementing a rotary connector for a connection component , with a housing having a connection point for a fluid-conveying line, such as a pneumatic line, and a bearing device , and with a shaft-shaped or axle-shaped connector part , which has a further connection point for the connection component , wherein the shaft-shaped or axle-shaped connector part is mounted by means of the bearing device so as to be rotatable relative to the housing, wherein the bearing device has at least one rolling bearing , the outer side of the outer ring of which is in contact with the housing , and the outer side of the inner ring of which is in contact with the rotatable connector part , and wherein the bearing device has a sliding bearing in addition to the rolling bearing , which sliding bearing encompasses the rotatable connector part at the inner peripheral side, characterized in that the sliding bearing at the end face rests against a press-fit ring of the housing , which ring encompasses the end of the connector part while maintaining a radial and axial distance, and that the sliding bearing is otherwise accommodated in a spacer ring .
Pneumatic vehicle tyre for commercial vehicles comprising a radial carcass, a multilayered belt and a tread having three layers radially arranged one atop the other and composed of a tread lower portion and a profiled tread upper portion comprising circumferential grooves, wherein the profiled tread upper portion is composed of two layers of different rubber mixtures arranged one atop the other in the radial direction, wherein the rubber mixture of the radially outermost layer of the tread upper portion which comes into contact with the roadway surface is optimized with respect to the characteristic of resistance to abrasion, characterized in that the rubber mixture of the tread lower portion is optimized with respect to the characteristic of rolling resistance, in that the rubber mixture of the radially outermost layer of the tread upper proportion contains 60 phr to 100 phr of natural rubber, 0 phr to 40 phr of butadiene rubber, wherein the butadiene rubber is high cis-1,4 or SSBR, 35 phr to 80 phr of carbon black, wherein the carbon black is N234/N121/N339, 0 phr to 20 phr of silica or further filler, 0 phr to 10 phr of plasticizer and 3 phr to 10 phr of crosslinking agent and in that the rubber mixture of the radially innermost layer of the tread upper portion is optimized with respect to the characteristic of tear prevention in the circumferential grooves, wherein this rubber mixture contains 70 phr to 100 phr of natural rubber, 0 phr to 30 phr of butadiene rubber, wherein the butadiene rubber is high cis-1,4 or SSBR, 30 phr to 60 phr of carbon black, wherein the carbon black is N234/N121/N339, 0 phr to 20 phr of silica or further filler, 0 phr to 10 phr of plasticizer and 3 phr to 10 phr of crosslinking agent. in that the rubber mixture of the tread lower portion is optimized with respect to the characteristic of rolling resistance, in that the rubber mixture of the radially outermost layer of the tread upper proportion contains 60 phr to 100 phr of natural rubber, 0 phr to 40 phr of butadiene rubber, wherein the butadiene rubber is high cis-1,4 or SSBR, 35 phr to 80 phr of carbon black, wherein the carbon black is N234/N121/N339, 0 phr to 20 phr of silica or further filler, 0 phr to 10 phr of plasticizer and 3 phr to 10 phr of crosslinking agent and in that the rubber mixture of the radially innermost layer of the tread upper portion is optimized with respect to the characteristic of tear prevention in the circumferential grooves, wherein this rubber mixture contains 70 phr to 100 phr of natural rubber, 0 phr to 30 phr of butadiene rubber, wherein the butadiene rubber is high cis-1,4 or SSBR, 30 phr to 60 phr of carbon black, wherein the carbon black is N234/N121/N339, 0 phr to 20 phr of silica or further filler, 0 phr to 10 phr of plasticizer and 3 phr to 10 phr of crosslinking agent.
A system for providing a range speed response pattern to a learning system as an image, the system comprising; a radar sensor ; and an electronic controller configured to, receive, from the radar sensor , a radar signal, obtain a beat signal of the radar signal, apply a fast Fourier transform to the beat signal to generate a transform, apply a power spectral density periodogram to the beat signal to generate an estimate, filter the transform with the estimate to generate a filtered transform, store the filtered transform in a column of a matrix, apply the power spectral density periodogram to each row of the matrix, generate the range speed response pattern from the matrix, generate a signal to control the motion of a vehicle based on the range speed response pattern, and control at least one selected from a group of a steering apparatus , an engine , and a braking system of the vehicle . a radar sensor ; and an electronic controller configured to, receive, from the radar sensor , a radar signal, obtain a beat signal of the radar signal, apply a fast Fourier transform to the beat signal to generate a transform, apply a power spectral density periodogram to the beat signal to generate an estimate, filter the transform with the estimate to generate a filtered transform, store the filtered transform in a column of a matrix, apply the power spectral density periodogram to each row of the matrix, generate the range speed response pattern from the matrix, generate a signal to control the motion of a vehicle based on the range speed response pattern, and control at least one selected from a group of a steering apparatus , an engine , and a braking system of the vehicle .
A memory device for storing data, wherein the memory device includes at least one memory cell, and wherein the at least one memory cell includes at least one ferroelectric element therein for storing data therein by way of one or more polarization directions of the at least one ferroelectric element and the at least one ferroelectric element comprises a ferroelectric material having a plurality of co-existing phases, wherein the ferroelectric element is fabricated from Lead Zirconate Titanate material whose composition corresponds to a morphotropic phase boundary (MPB) composition, characterized in that the Lead Zirconate Titanate material has a composition Pb(Zr x Ti 1-x )O 3 , wherein a parameter x is in a range of 0.50 to 0.56, wherein the ferroelectric material further comprises a plurality of accessible polarisation states, corresponding to a plurality of spatial directions of polarizations, wherein the polarisation states are greater than 2, and wherein the memory device includes a layer of Gd 3 Ga 5 O 12 between the least one ferroelectric element and a substrate of the memory device , further wherein the layer of Gd 3 Ga 5 O 12 is a single crystal material with a <110> crystal orientation exposed at an upper surface of the substrate.
Shaft connection, in particular for a driveline of a motor vehicle, comprising: a shaft tube made of a metal material, a connecting element made of a metal material, wherein a connecting portion of the connecting element is connected with a connecting portion of the shaft tube , wherein the shaft tube comprises an axial connecting section which is formed radially inwards into a section of the connecting portion of the connecting element such that an interlocking axial connection effective in axial direction is formed between the shaft tube and the connecting element for transmitting axial forces, characterised in that the connecting portion of the connecting element comprises an outer toothing that is pressed into the connecting portion of the shaft tube with a press fit, wherein an interlocking connection effective in circumferential direction is formed between the shaft tube and the connecting element for transmitting torque, wherein the connecting element comprises a greatest outer diameter (D3) in the region of the outer toothing , and wherein the interlocking axial connection is configured such that it can absorb axial forces of up to 5 kN without damage. a shaft tube made of a metal material, a connecting element made of a metal material, wherein a connecting portion of the connecting element is connected with a connecting portion of the shaft tube , wherein the shaft tube comprises an axial connecting section which is formed radially inwards into a section of the connecting portion of the connecting element such that an interlocking axial connection effective in axial direction is formed between the shaft tube and the connecting element for transmitting axial forces, characterised in that the connecting portion of the connecting element comprises an outer toothing that is pressed into the connecting portion of the shaft tube with a press fit, wherein an interlocking connection effective in circumferential direction is formed between the shaft tube and the connecting element for transmitting torque, wherein the connecting element comprises a greatest outer diameter (D3) in the region of the outer toothing , and wherein the interlocking axial connection is configured such that it can absorb axial forces of up to 5 kN without damage.
A PD variant of the Coxsackie B3 group (CVB3) virus for use in the treatment of cancer, wherein the PD variant is defined by an amino acid sequence comprising the sequence of Figure 2B (SEQ 2) and wherein the cancer is colorectal carcinoma.
A packer machine for the production of pouches , each containing a portion of a loose product and an object ; the packer machine comprises: a conveyor device configured to move one wrapping material band along a packing path (P); a wrapping station (S1) arranged along the packing path (P) and where the wrapping material band is wrapped to form a tubular wrap around a wrapping duct ; a first feeding device configured to feed the portions into the wrapping duct such that each portion is separate from a prior portion and from a following portion by a corresponding gap ; a second feeding device configured to feed the objects into the wrapping duct ; a longitudinal sealing unit to longitudinally seal the tubular wrap at an overlapping zone of the wrapping material band ; and a transverse sealing unit to transversely seal the tubular wrap so as to form an alternating succession of sealing zones and zones containing a portion of loose product and an object ; the packer machine is characterized in that the second feeding device is configured to arrange each object between two adjacent portions in the wrapping duct . a conveyor device configured to move one wrapping material band along a packing path (P); a wrapping station (S1) arranged along the packing path (P) and where the wrapping material band is wrapped to form a tubular wrap around a wrapping duct ; a first feeding device configured to feed the portions into the wrapping duct such that each portion is separate from a prior portion and from a following portion by a corresponding gap ; a second feeding device configured to feed the objects into the wrapping duct ; a longitudinal sealing unit to longitudinally seal the tubular wrap at an overlapping zone of the wrapping material band ; and a transverse sealing unit to transversely seal the tubular wrap so as to form an alternating succession of sealing zones and zones containing a portion of loose product and an object ; the packer machine is characterized in that the second feeding device is configured to arrange each object between two adjacent portions in the wrapping duct .
Method for producing a connection between two components , of which a first component has a connecting portion and is produced, at least in said connecting portion, from a fibre-plastics composite and a second component has an aperture which is open toward its surface and into which, in an insertion step, the connecting portion of the first component is inserted, said connecting portion subsequently being deformed in a connection step so as to form an undercut in the aperture , characterized in that , prior to the insertion step, a spring is introduced into the connecting portion and tensioned, and, in the connection step, the connecting portion is deformed by the spring force of the spring .
Compactor roller for a soil compactor, comprising a roller shell concentrically surrounding a roller rotational axis (W) and surrounding a roller inner space , and two oscillatory arrangements , at least partially arranged within the roller inner space , for generating an oscillating torque impinging on the roller shell with respect to the roller rotational axis (W), wherein each oscillatory arrangement comprises at least two oscillation mass units that are rotatable around a respective oscillation rotational axis (O 1 , O 2 ) and at least one oscillation drive motor exclusively for driving the oscillation mass units of this oscillatory arrangement , wherein each oscillatory arrangement features at least two oscillation mass units that are arranged in pairs and opposite one another with respect to the roller rotational axis (W), characterized in that the oscillation mass units of various oscillatory arrangements are offset from one another in the direction of the roller rotational axis (W) and do not overlap one another in the direction of the roller rotational axis (W).