mhurhangee/ep-ind-claims huggingface dataset:
A wound dressing apparatus comprising: a wound contact layer comprising a proximal wound-facing face and a distal face, wherein the proximal wound-facing face is configured to be positioned in contact with a wound; a spacer layer comprising a proximal wound-facing face and a distal face, the spacer layer positioned over the distal face of the wound contact layer; an absorbent layer positioned on the distal face of the spacer layer; an electronics unit comprising a negative pressure source and electronic components wherein the electronics unit is surrounded by a material to encapsulate the negative pressure source and the electronics components; wherein the absorbent layer comprises a recess configured to receive the electronics unit and the absorbent layer is configured to be in fluid communication with the electronics unit; a cover layer sealed to the wound contact layer at a perimeter to thereby enclose the wound dressing; the negative pressure source is characterised in that it comprises an inlet protection mechanism and an outlet or exhaust. a wound contact layer comprising a proximal wound-facing face and a distal face, wherein the proximal wound-facing face is configured to be positioned in contact with a wound; a spacer layer comprising a proximal wound-facing face and a distal face, the spacer layer positioned over the distal face of the wound contact layer; an absorbent layer positioned on the distal face of the spacer layer; an electronics unit comprising a negative pressure source and electronic components wherein the electronics unit is surrounded by a material to encapsulate the negative pressure source and the electronics components; wherein the absorbent layer comprises a recess configured to receive the electronics unit and the absorbent layer is configured to be in fluid communication with the electronics unit; a cover layer sealed to the wound contact layer at a perimeter to thereby enclose the wound dressing; the negative pressure source is characterised in that it comprises an inlet protection mechanism and an outlet or exhaust.
An encapsulated spark gap-based surge arrester having a spark gap and a trigger circuit, wherein the surge arrester includes two at least partly opposite main electrodes (4; 5) and at least one trigger or auxiliary starting electrode and an arc combustion chamber provided between the main electrodes (4; 5), wherein the arc combustion chamber consists of an insert part or includes an insert part which has in its interior a gap-like arc channel, wherein the gap length thereof is a multiple of the gap height or the gap diameter, and the insert part consists at least partially of a gas-emitting material such that gas is emitted into the arc channel, wherein a distance space remains between the insert part and the surface side of the main electrodes (4; 5) facing the arc combustion chamber, wherein the gap-like arc channel begins and/or ends in the distance space, characterized in that the height or the diameter of the gap-like arc channel is in the range between 0.1 and 1 mm and the length or width of the gap is at least 10 times as large, so that the electric field strength of a fault-induced arc in the gap-like arc channel is at least 60 V/mm, and wherein the trigger device is configured such that an ignition of the spark gap between the main electrodes (4; 5) only occurs at pulsed current loads of a specified level which ensures that the arc voltage requirement is above the respective mains voltage. wherein the surge arrester includes two at least partly opposite main electrodes (4; 5) and at least one trigger or auxiliary starting electrode and an arc combustion chamber provided between the main electrodes (4; 5), wherein the arc combustion chamber consists of an insert part or includes an insert part which has in its interior a gap-like arc channel, wherein the gap length thereof is a multiple of the gap height or the gap diameter, and the insert part consists at least partially of a gas-emitting material such that gas is emitted into the arc channel, wherein a distance space remains between the insert part and the surface side of the main electrodes (4; 5) facing the arc combustion chamber, wherein the gap-like arc channel begins and/or ends in the distance space, characterized in that the height or the diameter of the gap-like arc channel is in the range between 0.1 and 1 mm and the length or width of the gap is at least 10 times as large, so that the electric field strength of a fault-induced arc in the gap-like arc channel is at least 60 V/mm, and wherein the trigger device is configured such that an ignition of the spark gap between the main electrodes (4; 5) only occurs at pulsed current loads of a specified level which ensures that the arc voltage requirement is above the respective mains voltage.
A compound of Formula IV, its individual enantiomers, its individual diastereoisomers, its hydrates, its solvates, its crystal forms, its individual tautomers or a pharmaceutically acceptable salt thereof: wherein R is selected from the group consisting of iso-propyl, tert-butyl, methyl, phenyl, 2-methyl-propyl, 2-phenyl-ethyl, 1-amino-2-methyl-propyl, 1-(2-amino-3-methyl-butyrylamino)-2-methyl-propyl, 1-(2-amino-acetylamino)-2-methyl-propyl; and 1-amino-2-phenyl-ethyl.
An interactive playground system configurable to provide selective light feedback responsive to user-actions according to a set of pre-determined rules, said interactive playground system comprising a user-interface element for playground equipment, the user-interface element comprising: - a housing including a rear surface mountable on a playground appliance; - a front cover including a convex front surface having a centre axis defining a forward direction, the front surface comprising a plurality of elongated light-emitting front surface parts each having a surface normal at an angle relative to the forward direction; wherein said angle is larger than 30 degrees characterized in that - the user interface element further comprises a number of light-emitting diodes or other suitable light sources; - the user interface element includes respective LEDs or other suitable light sources associated with each light-emitting surface part such that the user interface element may be controlled to selectively illuminate only some or all of the light emitting surface area parts. - a housing including a rear surface mountable on a playground appliance; - a front cover including a convex front surface having a centre axis defining a forward direction, the front surface comprising a plurality of elongated light-emitting front surface parts each having a surface normal at an angle relative to the forward direction; wherein said angle is larger than 30 degrees - the user interface element further comprises a number of light-emitting diodes or other suitable light sources; - the user interface element includes respective LEDs or other suitable light sources associated with each light-emitting surface part such that the user interface element may be controlled to selectively illuminate only some or all of the light emitting surface area parts.
A vacuum cleaner comprising: a cleaner body having a moving unit for movement; a suction unit connected to the cleaner body (100, configured to suction dust and air and to guide the suctioned dust and air to the cleaner body, and having a handle; a first detecting unit (55, 60) configured to detect a distance between the cleaner body and the suction unit; a second detecting unit provided at the cleaner body to detect an obstacle; and a control part configured to control the moving unit, characterized in that: the control part produces a plurality of departure routes based on a location of the obstacle detected by the second detecting unit and a distance between the obstacle and the cleaner body, determines whether movement of the cleaner body is required based on a distance between the suction unit and the cleaner body detected by the first detecting unit (55, 60), sets a target location to which the cleaner body will be moved after determining the plurality of departure routes, and determines a moving route of the cleaner body from one of the plurality of departure routes to the target location when the movement of the cleaner body is required. a cleaner body having a moving unit for movement; a suction unit connected to the cleaner body (100, configured to suction dust and air and to guide the suctioned dust and air to the cleaner body, and having a handle; a first detecting unit (55, 60) configured to detect a distance between the cleaner body and the suction unit; a second detecting unit provided at the cleaner body to detect an obstacle; and a control part configured to control the moving unit, characterized in that: the control part produces a plurality of departure routes based on a location of the obstacle detected by the second detecting unit and a distance between the obstacle and the cleaner body, determines whether movement of the cleaner body is required based on a distance between the suction unit and the cleaner body detected by the first detecting unit (55, 60), sets a target location to which the cleaner body will be moved after determining the plurality of departure routes, and determines a moving route of the cleaner body from one of the plurality of departure routes to the target location when the movement of the cleaner body is required. the control part produces a plurality of departure routes based on a location of the obstacle detected by the second detecting unit and a distance between the obstacle and the cleaner body, determines whether movement of the cleaner body is required based on a distance between the suction unit and the cleaner body detected by the first detecting unit (55, 60), sets a target location to which the cleaner body will be moved after determining the plurality of departure routes, and determines a moving route of the cleaner body from one of the plurality of departure routes to the target location when the movement of the cleaner body is required.
Head of a riveting device for installing collars on pins previously inserted in a structure, said collars having a first part which is designed to be attached to the pins and a second part separated from the first part by a frangible zone which is designed to break when the torque applied to the collars reaches a predetermined value, characterized by comprising: - at least a collar installation tool (31, 31'); - collar supply means (41, 45, 55) to said collar installation tool (31, 31'); - tool actuating means; - linear displacement means during the threading operation; - withdrawal means (57, 45) of the second part of the collars; - control means arranged to automatically perform the installation of collars on pins and after this the withdrawal of the second part of it, using tools (31, 31') and collars appropriate for the pins. - at least a collar installation tool (31, 31'); - collar supply means (41, 45, 55) to said collar installation tool (31, 31'); - tool actuating means; - linear displacement means during the threading operation; - withdrawal means (57, 45) of the second part of the collars; - control means arranged to automatically perform the installation of collars on pins and after this the withdrawal of the second part of it, using tools (31, 31') and collars appropriate for the pins.
Coil assembly (1, 1A, 1B, 1C) having a coil winding and a multilayered printed circuit board, wherein the coil winding has a plurality of loops (S1, S2, S3, S4), which are arranged in different layers (LS1, LS2) of the printed circuit board and form a main magnetic field (Hz) having a main direction (z) perpendicular to a main plane (x-y) of the printed circuit board, and wherein the loops (S1, S2, S3, S4) arranged in different layers (LS1, LS2) are connected electrically to one another by means of at least one via (D1, D2, D3, D4), wherein the printed circuit board has four vias (D1, D2, D3, D4) or an integral multiple of four vias (D1, D2, D3, D4), which, between the loops (S1, S2, S3, S4) of the coil winding, form an identical number of downward current paths (V1, V3) and upward current paths (V2, V4), characterized in that in each case two vias (D1, D3; D2, D4) with the same current path direction are arranged point-symmetrically with respect to a common mirror point, with the result that magnetic loops (Hy1, Hy2, Hx1, Hx2) which are formed in secondary planes ((x-z), (y-z)) of the printed circuit board which are arranged perpendicular to the main plane (x-y) have opposite directions and compensate for one another.
A contacting device for electrical connections to flexible electrode lines insertable, in particular implantable, into a patient body, comprising - a line coil with a plurality of coradially bundled coil wires (2.1-2.4), - an inner fixing sleeve (4, 4') for a partial bundle (3, 3') of the coil wires (2.1, 2.2), wherein the fixing sleeve (4, 4') has a through-slit (5, 5') running in the axial direction for the partial bundle (3, 3') of the coil wires (2.1-2.4), a winding groove (9, 9') running in the peripheral direction for the partial bundle (3, 3') led through, and an exposure at the through-slit (5, 5') in order to pass through the partial bundle (3, 3'), - an outer electrode sleeve (10, 10') sitting on the inner fixing sleeve (4, 4') and electrically contacted with the partial bundle (3, 3'), and - a strain-resistant fixing between the fixing sleeve (4, 4') and the partial bundle (3, 3') guided through the exposure, provided by looping the led-out partial bundle (3, 3') around the fixing sleeve (4, 4') in the winding groove (9, 9') by a minimum looping angle, characterised in that the through-slit (5, 5') is formed in the fixing sleeve (4, 4') continuously in the axial direction and, for additional strain-resistant fixing between the fixing sleeve (4, 4') and the partial bundle (3, 3'), the fixing sleeve (4, 4') is pressed onto the line coil so as to produce plastic deformation. - a line coil with a plurality of coradially bundled coil wires (2.1-2.4), - an inner fixing sleeve (4, 4') for a partial bundle (3, 3') of the coil wires (2.1, 2.2), wherein the fixing sleeve (4, 4') has a through-slit (5, 5') running in the axial direction for the partial bundle (3, 3') of the coil wires (2.1-2.4), a winding groove (9, 9') running in the peripheral direction for the partial bundle (3, 3') led through, and an exposure at the through-slit (5, 5') in order to pass through the partial bundle (3, 3'), - an outer electrode sleeve (10, 10') sitting on the inner fixing sleeve (4, 4') and electrically contacted with the partial bundle (3, 3'), and - a strain-resistant fixing between the fixing sleeve (4, 4') and the partial bundle (3, 3') guided through the exposure, provided by looping the led-out partial bundle (3, 3') around the fixing sleeve (4, 4') in the winding groove (9, 9') by a minimum looping angle,
An image forming apparatus comprising: an image carrier, a cleaning portion configured to remove toner that has stuck to a surface of the image carrier; a polishing roller that is rotatable while being in contact with the image carrier; a guide portion disposed with a gap having a predetermined width from an outer circumferential surface of the polishing roller, and configured to guide the toner removed by the cleaning portion to pass below the outer circumferential surface of the polishing roller; opening portions each formed in a predetermined size at a position below the outer circumferential surface of the polishing roller in the guide portion; and a housing including a wall surface that defines, together with an end of the guide portion in a rotation direction of the polishing roller, a falling path through which the toner falls from the end, the housing storing the cleaning portion and the polishing roller, characterized in that the guide portion includes: a toner receiving portion configured to temporarily collect the toner removed by the cleaning portion; and a curved surface portion formed in a shape of an arc extending from the toner receiving portion along the outer circumferential surface of the polishing roller, and the opening portions are provided between the toner receiving portion and the curved surface portion. an image carrier, a cleaning portion configured to remove toner that has stuck to a surface of the image carrier; a polishing roller that is rotatable while being in contact with the image carrier; a guide portion disposed with a gap having a predetermined width from an outer circumferential surface of the polishing roller, and configured to guide the toner removed by the cleaning portion to pass below the outer circumferential surface of the polishing roller; opening portions each formed in a predetermined size at a position below the outer circumferential surface of the polishing roller in the guide portion; and a housing including a wall surface that defines, together with an end of the guide portion in a rotation direction of the polishing roller, a falling path through which the toner falls from the end, the housing storing the cleaning portion and the polishing roller, characterized in that the guide portion includes: a toner receiving portion configured to temporarily collect the toner removed by the cleaning portion; and a curved surface portion formed in a shape of an arc extending from the toner receiving portion along the outer circumferential surface of the polishing roller, and a toner receiving portion configured to temporarily collect the toner removed by the cleaning portion; and a curved surface portion formed in a shape of an arc extending from the toner receiving portion along the outer circumferential surface of the polishing roller, and the opening portions are provided between the toner receiving portion and the curved surface portion.
A functionalized composition comprising: a calcium phosphate containing phase that is functionalized either on the surface of said calcium phosphate containing phase or within a porous scaffold of said calcium phosphate containing phase with a linker group comprising at least one of an organic acid molecule, a phosphonic acid, an amine, N,N-dicyclohexylcarbodiimide, and 3-maleimidopropionic acid N-hydroxysuccinimide ester, and combinations thereof, and one or more of another chemical moiety and/or one or more of a biologically active moiety, wherein said linker group provides for a reactive location for the attachment of either of said another chemical moiety or said biologically active moiety, or both, to said calcium phosphate containing phase, wherein said functionalized composition has a plastic consistency and is pliable and flexible for forming any three dimensional shape or enveloping a structure; wherein the functionalized composition is free of calcium aluminate.
A vacuum suspension system comprising: a pump mechanism operatively connectable to a prosthetic socket, the pump mechanism including: a first member; a second member; and a first fluid chamber located between the first and second members (204, 202); characterized in that the pump mechanism further includes a second fluid chamber located between the first and second members (204, 202), and arranged for fluid communication with the socket; wherein the second fluid chamber is fluidly separate from the first fluid chamber, and an increase in volume of the first fluid chamber mechanically expands the second fluid chamber to create a vacuum pressure in the second fluid chamber. a pump mechanism operatively connectable to a prosthetic socket, the pump mechanism including: a first member; a second member; and a first fluid chamber located between the first and second members (204, 202); characterized in that the pump mechanism further includes a second fluid chamber located between the first and second members (204, 202), and arranged for fluid communication with the socket; wherein the second fluid chamber is fluidly separate from the first fluid chamber, and an increase in volume of the first fluid chamber mechanically expands the second fluid chamber to create a vacuum pressure in the second fluid chamber. a first member; a second member; and a first fluid chamber located between the first and second members (204, 202); characterized in that the pump mechanism further includes a second fluid chamber located between the first and second members (204, 202), and arranged for fluid communication with the socket; wherein the second fluid chamber is fluidly separate from the first fluid chamber, and an increase in volume of the first fluid chamber mechanically expands the second fluid chamber to create a vacuum pressure in the second fluid chamber.
A shock absorber for an at least partially muscle-powered bicycle, wherein at least one damper device is provided which serves for damping a relative motion between a first and a second component (101, 102), wherein a control device, a memory device and at least one sensor device are provided, wherein the damper device comprises at least one controllable damping valve having at least one field generating device with which a field-sensitive medium can be influenced for influencing a damping force of the damper device by generating a field intensity of the field generating device, characterized in that the control device and the sensor device are configured to periodically obtain in real time at least one parameter for relative speeds of the first and second components (101, 102) relative to one another for event recognition, and that the control device is configured for deriving in real time a field intensity measure to be currently set by way of the parameter from a characteristic damper curve (10, 90) stored in the memory device, and that the control device and the field generating device are configured to set the field intensity to be currently set in real time for setting in real time a damping force resulting from the predetermined characteristic damper curve (10, 90) at the parameter obtained. wherein the damper device comprises at least one controllable damping valve having at least one field generating device with which a field-sensitive medium can be influenced for influencing a damping force of the damper device by generating a field intensity of the field generating device, characterized in that the control device and the sensor device are configured to periodically obtain in real time at least one parameter for relative speeds of the first and second components (101, 102) relative to one another for event recognition, and that the control device is configured for deriving in real time a field intensity measure to be currently set by way of the parameter from a characteristic damper curve (10, 90) stored in the memory device, and that the control device and the field generating device are configured to set the field intensity to be currently set in real time for setting in real time a damping force resulting from the predetermined characteristic damper curve (10, 90) at the parameter obtained.