mhurhangee/ep-ind-claims huggingface dataset:
A capacitive device, comprising: a first plurality of conductive plates coupled to a first node in a common package; a second plurality of conductive plates coupled to a second node in the common package; and a third plurality of conductive plates coupled to a third node in the common package; wherein at least a first conductive plate of the first plurality of conductive plates is arranged between at least a first conductive plate of the second plurality of conductive plates and at least a first conductive plate of the third plurality of conductive plates; characterized in that a dielectric material is included both between the first conductive plate of the first plurality of conductive plates and the first conductive plate of the second plurality of conductive plates, and between the first conductive plate of the first plurality of conductive plates and the first conductive plate of the third plurality of conductive plates; and wherein the dielectric material includes at least a first dielectric material configured to shrink responsive to a negative voltage level change and expand responsive to a positive voltage level change, and a second dielectric material configured to shrink responsive to a positive voltage level change and expand responsive to a negative voltage level change. a first plurality of conductive plates coupled to a first node in a common package; a second plurality of conductive plates coupled to a second node in the common package; and a third plurality of conductive plates coupled to a third node in the common package; wherein at least a first conductive plate of the first plurality of conductive plates is arranged between at least a first conductive plate of the second plurality of conductive plates and at least a first conductive plate of the third plurality of conductive plates; characterized in that a dielectric material is included both between the first conductive plate of the first plurality of conductive plates and the first conductive plate of the second plurality of conductive plates, and between the first conductive plate of the first plurality of conductive plates and the first conductive plate of the third plurality of conductive plates; and wherein the dielectric material includes at least a first dielectric material configured to shrink responsive to a negative voltage level change and expand responsive to a positive voltage level change, and a second dielectric material configured to shrink responsive to a positive voltage level change and expand responsive to a negative voltage level change.
A surgical guidance system, comprising: a magnetic resonance imaging system configured for generating MRI data representative of a portion of a patient; a tracking unit for tracking a surgical instrument used for performing a surgical procedure; a control unit for receiving image data representative of volumetric images based on the MRI data acquired during the surgical procedure and for monitoring the image data for predetermined conditions including one or more position based parameters and one or more non-position based parameters, wherein the position based parameters include the position of the surgical instrument and the non-position based parameters include an allowable volume of tissue to be resected, an allowable amount of organ motion, and an allowable amount of blood pooling; and an alert unit for issuing an alert based on instructions from the control unit, wherein the control unit is configured to instruct the alert unit to issue the alert based on detecting at least one of the predetermined conditions. a magnetic resonance imaging system configured for generating MRI data representative of a portion of a patient; a tracking unit for tracking a surgical instrument used for performing a surgical procedure; a control unit for receiving image data representative of volumetric images based on the MRI data acquired during the surgical procedure and for monitoring the image data for predetermined conditions including one or more position based parameters and one or more non-position based parameters, wherein the position based parameters include the position of the surgical instrument and the non-position based parameters include an allowable volume of tissue to be resected, an allowable amount of organ motion, and an allowable amount of blood pooling; and an alert unit for issuing an alert based on instructions from the control unit,
A tetrazolinone compound represented by formula: wherein X represents CR 6 or a nitrogen atom, R 1, R 2, R 3, R 4, and R 6 each independently represents a halogen atom, a hydrogen atom, a cyano group, a C1-C4 alkyl group optionally having one or more halogen atoms, or a C1-C4 alkoxy group optionally having one or more halogen atoms, and R 5 represents a halogen atom, a C1-C4 alkyl group optionally having one or more halogen atoms, a C3-C4 cycloalkyl group optionally having one or more halogen atoms, or a C1-C4 alkoxy group optionally having one or more halogen atoms. wherein X represents CR 6 or a nitrogen atom, R 1, R 2, R 3, R 4, and R 6 each independently represents a halogen atom, a hydrogen atom, a cyano group, a C1-C4 alkyl group optionally having one or more halogen atoms, or a C1-C4 alkoxy group optionally having one or more halogen atoms, and R 5 represents a halogen atom, a C1-C4 alkyl group optionally having one or more halogen atoms, a C3-C4 cycloalkyl group optionally having one or more halogen atoms, or a C1-C4 alkoxy group optionally having one or more halogen atoms.
A composition comprising desmopressin for use in the treatment of nocturia or nocturnal polyuria to reduce the number of nocturnal voids in a female patient in need thereof, the composition comprising an orodispersible dose of desmopressin of 25 μg for administration prior to bedtime, wherein the dose is measured as the free base of desmopressin.
A liquid packaging container, comprising: a film for a liquid packaging container comprising: at least one of a layer containing a resin composition containing a polypropylene resin (a) and at least one of a hydrogenated block copolymer (b), the hydrogenated block copolymer (b) being a hydrogenated product of a block copolymer containing a polymer block mainly containing an aromatic vinyl compound unit, and a polymer block mainly containing an isoprene (Ip) unit, a butadiene (Bd) unit, or isoprene (Ip) and butadiene (Bd) units, in the resin composition, the hydrogenated block copolymer (b) having a phase separation structure having formed therein both (i) an island phase having a long axis of 1 μm or more, or a bicontinuous structure, and (ii) an island phase having a long axis of 300 nm or less, and in the resin composition, the mass ratio ((a)/((a)+(b))) of the polypropylene resin (a) and the hydrogenated block copolymer (b) being from 61/100 to 95/100, wherein the film has a structure containing two or more layers including an inner layer and an outer layer, the inner layer contains the resin composition, the outer layer contains a resin composition containing 70% by mass or more of a polypropylene resin (c) having a content of a propylene monomer unit of 60% by mol or more, and a melting point MP x of the resin composition constituting the inner layer and a melting point MP p of the resin composition constituting the outer layer satisfy a following inequality: 0 < MP p − MP x ≤ 50. at least one of a layer containing a resin composition containing a polypropylene resin (a) and at least one of a hydrogenated block copolymer (b), the hydrogenated block copolymer (b) being a hydrogenated product of a block copolymer containing a polymer block mainly containing an aromatic vinyl compound unit, and a polymer block mainly containing an isoprene (Ip) unit, a butadiene (Bd) unit, or isoprene (Ip) and butadiene (Bd) units, in the resin composition, the hydrogenated block copolymer (b) having a phase separation structure having formed therein both (i) an island phase having a long axis of 1 μm or more, or a bicontinuous structure, and (ii) an island phase having a long axis of 300 nm or less, and in the resin composition, the mass ratio ((a)/((a)+(b))) of the polypropylene resin (a) and the hydrogenated block copolymer (b) being from 61/100 to 95/100, wherein the film has a structure containing two or more layers including an inner layer and an outer layer, the inner layer contains the resin composition, the outer layer contains a resin composition containing 70% by mass or more of a polypropylene resin (c) having a content of a propylene monomer unit of 60% by mol or more, and a melting point MP x of the resin composition constituting the inner layer and a melting point MP p of the resin composition constituting the outer layer satisfy a following inequality: 0 < MP p − MP x ≤ 50.
An anti-trauma pad made of elastomeric material, dedicated for use in personal armours together with ballistic panels, characterised in that the anti-trauma pad is formed of elastomeric material comprising a closed inner chamber, wherein the top exterior surface of the pad is flat, while the bottom one comprises a system of protrusions distributed evenly over its entire area in the amount of from 1500 to 3000 /m 2 and of a height from 2 mm to 15 mm.
A rotary drive apparatus (10A, 10B, 10E, 10F) comprising: a rotor (16, 50); a housing (12, 150) having a housing hole defined therein, the rotor (16, 50) being disposed in the housing hole; a working fluid passage through which a working fluid for applying a fluid pressure to one end face of the rotor (16, 50) flows; a motion limiting unit (24, 62, 154) configured to limit motion of the rotor (16, 50) toward another end thereof; and an output shaft (20, 54, 138) configured to extract rotary power of the rotor (16, 50) out of the rotary drive apparatus; wherein a predetermined gap for the working fluid to flow therethrough is created between an outer circumferential surface of the rotor (16, 50) and a wall surface defining the housing hole, and wherein the rotor (16, 50) is in contact with the wall surface with an axis (Ax) of the rotor (16, 50) tilted to a central axis of the housing hole, by application of the working fluid, characterised in that: the rotor is a cylindrical rotor (16, 50); the rotor (16, 50) is made of a magnet; the housing (12, 150) is made of a nonmagnetic material; and the motion limiting unit (24, 62, 154) has a fixed magnet (42, 64, 168) configured to repel the rotor (16, 50) in facing relation to another end face of the rotor (16, 50). a rotor (16, 50); a housing (12, 150) having a housing hole defined therein, the rotor (16, 50) being disposed in the housing hole; a working fluid passage through which a working fluid for applying a fluid pressure to one end face of the rotor (16, 50) flows; a motion limiting unit (24, 62, 154) configured to limit motion of the rotor (16, 50) toward another end thereof; and an output shaft (20, 54, 138) configured to extract rotary power of the rotor (16, 50) out of the rotary drive apparatus; wherein a predetermined gap for the working fluid to flow therethrough is created between an outer circumferential surface of the rotor (16, 50) and a wall surface defining the housing hole, and wherein the rotor (16, 50) is in contact with the wall surface with an axis (Ax) of the rotor (16, 50) tilted to a central axis of the housing hole, by application of the working fluid, characterised in that: the rotor is a cylindrical rotor (16, 50); the rotor (16, 50) is made of a magnet; the housing (12, 150) is made of a nonmagnetic material; and the motion limiting unit (24, 62, 154) has a fixed magnet (42, 64, 168) configured to repel the rotor (16, 50) in facing relation to another end face of the rotor (16, 50). the rotor is a cylindrical rotor (16, 50); the rotor (16, 50) is made of a magnet; the housing (12, 150) is made of a nonmagnetic material; and the motion limiting unit (24, 62, 154) has a fixed magnet (42, 64, 168) configured to repel the rotor (16, 50) in facing relation to another end face of the rotor (16, 50).
Box-type transport container having a box-type outer container with a bottom, four side walls and at least one cover, wherein the cover is preferably pivotally attached to a side wall, and having sheet-type vacuum insulation panels arranged in the outer container so as to cover the surface of the side walls, wherein the sheet-type vacuum insulation panels of the side walls are of cuboidal design with smooth edges and are arranged in pairs opposite one another, either with both edges abutting or with both edges projecting freely, and/or are of cuboidal design with smooth edges and, circumferentially, are each arranged so as to abut at one edge and to project freely at the other edge, and/or are of cuboidal design with edges mitered at 45° and arranged so as to form an abutting miter joint, and characterized in that the vacuum insulation panels, arranged in this way, of the side walls are fixed in their position relative to one another by means of at least one tension means, preferably by means of two tension means arranged spaced apart, and can thus be handled as a coherent frame-type insert for the outer container.
Method for arranging a contact element on a battery cell of a battery plane of a battery stack for a battery device of a vehicle, characterized by the following steps: a) Providing a contact element comprising at least a contact plate portion, a transition portion and a positive pole portion, wherein the contact plate portion surrounds the transition portion and the transition portion surrounds the positive pole portion, and further wherein the contact plate portion and the positive pole portion are spaced apart and arranged parallel or at least substantially parallel to each other, b) Arranging the contact element provided in step a) on the battery cell of the battery plane, wherein, when arranging the contact element, the contact plate portion is arranged on a contact plate of the battery plane and the positive pole portion is arranged on a positive pole of the battery cell of the battery plane, and c) Insertion of at least one securing opening after steps a) and b) to increase the mechanical stability of the contact element in a perforation region of the transition portion to create at least one securing section in the transition portion, wherein the securing section is designed such that it can be melted for securing under high load. a) Providing a contact element comprising at least a contact plate portion, a transition portion and a positive pole portion, wherein the contact plate portion surrounds the transition portion and the transition portion surrounds the positive pole portion, and further wherein the contact plate portion and the positive pole portion are spaced apart and arranged parallel or at least substantially parallel to each other, b) Arranging the contact element provided in step a) on the battery cell of the battery plane, wherein, when arranging the contact element, the contact plate portion is arranged on a contact plate of the battery plane and the positive pole portion is arranged on a positive pole of the battery cell of the battery plane, and c) Insertion of at least one securing opening after steps a) and b) to increase the mechanical stability of the contact element in a perforation region of the transition portion to create at least one securing section in the transition portion, wherein the securing section is designed such that it can be melted for securing under high load.
A sheet product dispenser (120, 100, 360), comprising: a loading station for loading a roll of sheet material; a sheet feeding mechanism (150, 280) configured to feed sheet material from the roll; a sheet product conveying mechanism (180, 290) configured to convey one or more discrete sheet products to a presentation station; a separation mechanism (150, 180; 280, 290) for separating the one or more discrete sheet products from the sheet material, the separation mechanism (150, 180; 280, 290) including the sheet feeding mechanism (150, 280) being driven at a first speed and the sheet product conveying mechanism (180, 290) being driven at a second speed that is higher than the first speed; a sensor downstream of the sheet feeding mechanism (150, 280) and upstream of the sheet product conveying mechanism (180, 290), the sensor being configured to detect a presence of the sheet product; a folding station (205, 300) configured for folding the sheet product downstream of the sheet feeding mechanism (150, 280) and prior to presentation at the presentation station; the presentation station for presenting one or more discrete sheet products of the sheet material to an end user; and a controller configured to facilitate dispensing of the one or more discrete sheet products to the presentation station in response to a signal, the controller also being configured to receive and store data, including usage, fault, and system performance information. a loading station for loading a roll of sheet material; a sheet feeding mechanism (150, 280) configured to feed sheet material from the roll; a sheet product conveying mechanism (180, 290) configured to convey one or more discrete sheet products to a presentation station; a separation mechanism (150, 180; 280, 290) for separating the one or more discrete sheet products from the sheet material, the separation mechanism (150, 180; 280, 290) including the sheet feeding mechanism (150, 280) being driven at a first speed and the sheet product conveying mechanism (180, 290) being driven at a second speed that is higher than the first speed; a sensor downstream of the sheet feeding mechanism (150, 280) and upstream of the sheet product conveying mechanism (180, 290), the sensor being configured to detect a presence of the sheet product; a folding station (205, 300) configured for folding the sheet product downstream of the sheet feeding mechanism (150, 280) and prior to presentation at the presentation station; the presentation station for presenting one or more discrete sheet products of the sheet material to an end user; and a controller configured to facilitate dispensing of the one or more discrete sheet products to the presentation station in response to a signal, the controller also being configured to receive and store data, including usage, fault, and system performance information.
A urinary stone collecting device comprising: a filter part (1a, 11a, 21a) having a concave face and an opposite convex face, and a multiplicity of holes forming a filter (2, 12, 22), a lid part (1b, 11b, 21b) connected to the filter part by a hinge (5, 15, 25a), so as to be movable between a deployed position where it acts as a handle, and a closed position where it covers the concave face of the filter part and encloses a volume between the filter and lid parts, in order to retain urinary stones collected by the filter, and a locking device (4a, 4b, 14a, 14b, 24a, 24b) for the filter and lid parts in the closed position, characterized in that the filter part (1a, 11a, 21a) comprises a receptacle (3, 13, 23) for collecting urine for performing a urine pH analysis. a filter part (1a, 11a, 21a) having a concave face and an opposite convex face, and a multiplicity of holes forming a filter (2, 12, 22), a lid part (1b, 11b, 21b) connected to the filter part by a hinge (5, 15, 25a), so as to be movable between a deployed position where it acts as a handle, and a closed position where it covers the concave face of the filter part and encloses a volume between the filter and lid parts, in order to retain urinary stones collected by the filter, and a locking device (4a, 4b, 14a, 14b, 24a, 24b) for the filter and lid parts in the closed position, characterized in that the filter part (1a, 11a, 21a) comprises a receptacle (3, 13, 23) for collecting urine for performing a urine pH analysis.
A brake apparatus comprising: a displacement member configured to be displaced with respect to a disk rotor; a friction member configured to press the disk rotor by being pressed by the displacement member thus displaced; a hydraulic braking apparatus configured to displace the displacement member by means of hydraulic pressure; an electric-powered braking apparatus (224, 230) configured to displace the displacement member by means of a force that differs from the hydraulic pressure; and a control unit configured to control the hydraulic braking apparatus based on information acquired from a detection unit configured to detect information having a correlation with the hydraulic pressure applied to the displacement member, wherein, when the electric-powered braking apparatus (224, 230) operates in a state in which braking is being performed by means of the hydraulic braking apparatus, the control unit controls the hydraulic braking apparatus so as to suppress fluctuation of the hydraulic pressure, characterized in that, when the control unit acquires electric-powered braking apparatus operation start information in a state in which braking is being performed by means of the hydraulic braking apparatus, the control unit switches the control operation of the hydraulic braking apparatus so as to raise responsiveness of the operation of the hydraulic braking apparatus to a higher level so as to allow the fluctuation of the hydraulic pressure to be suppressed in an early stage. a displacement member configured to be displaced with respect to a disk rotor; a friction member configured to press the disk rotor by being pressed by the displacement member thus displaced; a hydraulic braking apparatus configured to displace the displacement member by means of hydraulic pressure; an electric-powered braking apparatus (224, 230) configured to displace the displacement member by means of a force that differs from the hydraulic pressure; and a control unit configured to control the hydraulic braking apparatus based on information acquired from a detection unit configured to detect information having a correlation with the hydraulic pressure applied to the displacement member, wherein, when the electric-powered braking apparatus (224, 230) operates in a state in which braking is being performed by means of the hydraulic braking apparatus, the control unit controls the hydraulic braking apparatus so as to suppress fluctuation of the hydraulic pressure, characterized in that, when the control unit acquires electric-powered braking apparatus operation start information in a state in which braking is being performed by means of the hydraulic braking apparatus, the control unit switches the control operation of the hydraulic braking apparatus so as to raise responsiveness of the operation of the hydraulic braking apparatus to a higher level so as to allow the fluctuation of the hydraulic pressure to be suppressed in an early stage.
A compound having a structure of formula (I-A): or a pharmaceutically acceptable salt or stereoisomer thereof, wherein R 1 is alkyl or alkoxy; R 2 is hydrogen, alkyl, or alkoxy; R 3 is hydrogen, alkyl, or cycloalkyl; and X 1 and X 2 are each independently CH 2, NR 3, or O. R 1 is alkyl or alkoxy; R 2 is hydrogen, alkyl, or alkoxy; R 3 is hydrogen, alkyl, or cycloalkyl; and X 1 and X 2 are each independently CH 2, NR 3, or O.
Composite gearwheel for an electropneumatic hammer drill, wherein the composite gearwheel has a basic body, consisting of a first material, and an encircling toothing, characterized in that the encircling toothing is formed, along a first circular arc, by a toothed body of the composite gearwheel, and is formed, along the remaining second circular arc, by the basic body itself, wherein the toothed body consists of a second material that is different than the first material.
An extension tube for a urinary catheter, comprising a tubular body with an inlet opening, an outlet opening and an internal lumen extending between said inlet opening and outlet opening, and wherein the tubular body is arranged to be compressible into a compacted, preferably generally flat, storage state, and to be expandable into an expanded, tubular use state, characterized in that said tubular body comprises at least a first layer, said first layer including natural and/or regenerated cellulose fibers.