mhurhangee/ep-ind-claims huggingface dataset:
A belt for protecting a person against falling, comprising a connector and at least a first and a second body part-encompassing belt sub-element, wherein the connector has a front side and a rear side spaced from the front side, wherein the connector comprises an integrally formed body and a bolt, wherein the body has a first opening and optionally a second opening for connecting the connector to the first belt sub-element and for connecting the connector to the second belt sub-element, a bridge hole for a flexible bridge and optionally a third opening for connection to an attachment point, wherein the first opening, the bridge hole and optionally the third opening each pass through the connector in a first direction, which extends from the front side to the rear side, and lie completely within the front side or rear side when viewed in the first direction, characterised in that the body of the connector further comprises a transversal hole, which extends in a second direction perpendicular to the first direction and is arranged at a predetermined distance from the front side and the rear side, wherein a first section of the transversal hole extends from a first lateral surface of the body of the connector to the bridge hole and a second section of the transversal hole extends in extension of the first section starting from the bridge hole in the direction of a second lateral surface of the body of the connector, opposite to the first lateral surface, wherein the bolt is guidable into the transversal hole and lockable therein to form a web within the bridge hole. wherein the connector comprises an integrally formed body and a bolt, wherein the body has a first opening and optionally a second opening for connecting the connector to the first belt sub-element and for connecting the connector to the second belt sub-element, a bridge hole for a flexible bridge and optionally a third opening for connection to an attachment point, wherein the first opening, the bridge hole and optionally the third opening each pass through the connector in a first direction, which extends from the front side to the rear side, and lie completely within the front side or rear side when viewed in the first direction, characterised in that the body of the connector further comprises a transversal hole, which extends in a second direction perpendicular to the first direction and is arranged at a predetermined distance from the front side and the rear side, wherein a first section of the transversal hole extends from a first lateral surface of the body of the connector to the bridge hole and a second section of the transversal hole extends in extension of the first section starting from the bridge hole in the direction of a second lateral surface of the body of the connector, opposite to the first lateral surface, wherein the bolt is guidable into the transversal hole and lockable therein to form a web within the bridge hole.
A rechargeable battery comprising: an electrode assembly, the electrode assembly comprising a first electrode, a second electrode, and a separator interposed between the first and second electrodes (11, 12); a first current collector comprising a first electrode current collector coupling unit that is mechanically and electrically coupled to the first electrode; a case for mounting the electrode assembly and the first current collector therein; a cap plate for closing an opening in the case; a first terminal protruding through the cap plate and being electrically coupled to the first current collector; a first separating member that is electrically insulating and comprises a first body portion located between the first current collector and the case, the first body portion extending along a surface of the first electrode current collector coupling unit that faces away from the side of the electrode assembly where the first current collector coupling unit is mechanically and electrically coupled to the first electrode, characterized in that the first separating member further comprises a first protrusion portion extending away from the first body portion and being fixed between the first current collector and the cap plate. an electrode assembly, the electrode assembly comprising a first electrode, a second electrode, and a separator interposed between the first and second electrodes (11, 12); a first current collector comprising a first electrode current collector coupling unit that is mechanically and electrically coupled to the first electrode; a case for mounting the electrode assembly and the first current collector therein; a cap plate for closing an opening in the case; a first terminal protruding through the cap plate and being electrically coupled to the first current collector; a first separating member that is electrically insulating and comprises a first body portion located between the first current collector and the case, the first body portion extending along a surface of the first electrode current collector coupling unit that faces away from the side of the electrode assembly where the first current collector coupling unit is mechanically and electrically coupled to the first electrode, characterized in that the first separating member further comprises a first protrusion portion extending away from the first body portion and being fixed between the first current collector and the cap plate.
A testing system to test the correct operation of the tightness seal and bell of a PVC-type plastic material pipe, comprising a forming mandrel with integrated seal for forming said bell, said mandrel having a seat housing said seal and being axially inserted in the pipe previously heated at its softening/plasticization temperature for forming the bell, characterised in that said seal has a slanted part onto which the pipe slides and climbs when sliding with respect to the mandrel and said mandrel has a second seat housing a further seal, such that between said seals and, the outside surface of the same mandrel and the inside surface of the bell a chamber is formed and defined right after bell forming as soon as the bell has cooled down, at least one hole being provided on the surface of the mandrel in close proximity to the slanted part of the seal for air pressure admission in said chamber so as to test the tightness of the same chamber and then of the seal, said further seal being a fixed element.
A method comprising: by a server (30, 32), sending at a pre-determined polling frequency an activation signal waking from a sleep mode an application on a mobile device and causing the application to activate a location service of the mobile device for a time period of a pre-determined sampling duration, the pre-determined polling frequency and the pre-determined sampling duration being determined at least in part by a travel distance of the mobile device; by the server(30, 32), receiving location data from the mobile device after the pre-determined sampling duration; when the travel distance is detected to be more than a pre-determined travel distance, sending, by the server (30, 32), the activation signal with a first polling frequency that is higher than the pre-determined polling frequency and activating the location service for a time period of a first sampling duration that is shorter than the pre-determined sampling duration; and when the travel distance is detected to be less than the pre-determined travel distance, sending, by the server (30,32), the activation signal with a second polling frequency that is lower than the pre-determined polling frequency and activating the location service for a time period of a second sampling duration that is longer than the pre-determined sampling duration. by a server (30, 32), sending at a pre-determined polling frequency an activation signal waking from a sleep mode an application on a mobile device and causing the application to activate a location service of the mobile device for a time period of a pre-determined sampling duration, the pre-determined polling frequency and the pre-determined sampling duration being determined at least in part by a travel distance of the mobile device; by the server(30, 32), receiving location data from the mobile device after the pre-determined sampling duration; when the travel distance is detected to be more than a pre-determined travel distance, sending, by the server (30, 32), the activation signal with a first polling frequency that is higher than the pre-determined polling frequency and activating the location service for a time period of a first sampling duration that is shorter than the pre-determined sampling duration; and when the travel distance is detected to be less than the pre-determined travel distance, sending, by the server (30,32), the activation signal with a second polling frequency that is lower than the pre-determined polling frequency and activating the location service for a time period of a second sampling duration that is longer than the pre-determined sampling duration.
A rotary machine in the form of an expander, comprising a housing having an internally cylindrical cavity and respective end covers (5a, 5b), inlet and outlet ducts (11, 12) arranged in the housing and communicating with the cavity, a rotor received and supported in the housing and having a rotor axis, one or more vanes (15a, 15b, 15c) movably received in respective grooves in the rotor, each vane being articulately connected about an axis to one end of a control arm (14a, 14b, 14c) and the other end thereof being rotatable supported in a shaft having a central axis coincident with the axis extending centrally through the cavity in the housing, which axis is parallel with and spaced apart a distance (d) from the rotor axis, each vane tip describes a cylinder surface sector having its center of curvature in the axis through the joint that connects a vane (15a, 15b, 15c) with a control arm, at least one working chamber which is part of the cavity and is defined between an internal peripheral surface of the housing, a peripheral surface of the rotor and a side surface of at least one vane, wherein the rotor itself constitute the unit for power output, characterized in that the rotor is designed as a reel structure configuration having respective radially extending flange portions (2a', 2b'), which flange portions are co-rotatable with the vanes (15a, 15b, 15c), and against which respective end surfaces (15a", 15b", 15c") of the vanes act, and that said radially extending flange portions (2a', 2b') extend beyond the diameter of the cavity of a cylindrical intermediate section of the housing to form a labyrinth seal with respective end covers (5a, 5b) at each end of the cylindrical intermediate section of the housing.
A lighting element having a reflective Fresnel structure, wherein light of a light source is directed onto a reflective element provided with a Fresnel structure and is reflected there for the illumination of a surface; and wherein a faceted Fresnel structure having interfering flanks and active flanks and in this respect having mutually different flank angles of active surfaces of the Fresnel structure is formed at the reflective element in a region around the optical axis of the light source, characterized in that a portion of the reflected light is directed by the faceted Fresnel structure to the outer margin of the surface to be illuminated, wherein the faceted Fresnel structure is configured such that light is reflected further to the outer margin of the surface to be illuminated by active surfaces in the vicinity of the optical axis than by active surfaces having a greater distance from the optical axis; and/or the flank angle of active surfaces of the faceted Fresnel structure is alternatingly larger and smaller and light is directed to the outer margin of the surface to be illuminated at larger flank angles.
A bougie for insertion in a patient, the bougie including: (i) a main shaft in the form of a tube having proximal and distal ends (4, 6) and a bore extending axially therein; (ii) a longitudinally extending recess formed in the shaft; (iii) a movable tip having proximal and distal ends (24, 36), the proximal end of the movable tip being connected to the distal end of the main shaft; (iv) a control member having proximal and distal ends (38, 30), the control member being mounted for sliding movement in the bore of the main shaft; (v) the distal end of the control member being coupled to the distal end of the movable tip, the arrangement being such that an operator can slide the control member relative to the main shaft so as to cause displacement of the movable tip relative to the bore of the main shaft, characterised in that; (vi) projections are provided on the control member in the region of said recess; (vii) the arrangement being such that an operator can grip said projections for sliding said control member relative to said main shaft so as to cause displacement of said movable tip relative to said bore of said main shaft, so that the arrangement of the tube and projections is such that an operator can pass the movable tip into the trachea of a patient and then mount the distal end of an endotracheal tube over the proximal end of the main shaft so that the ETT can be correctly located in the trachea of the patient and thereafter removed from the ETT. (i) a main shaft in the form of a tube having proximal and distal ends (4, 6) and a bore extending axially therein; (ii) a longitudinally extending recess formed in the shaft; (iii) a movable tip having proximal and distal ends (24, 36), the proximal end of the movable tip being connected to the distal end of the main shaft; (iv) a control member having proximal and distal ends (38, 30), the control member being mounted for sliding movement in the bore of the main shaft; (v) the distal end of the control member being coupled to the distal end of the movable tip, the arrangement being such that an operator can slide the control member relative to the main shaft so as to cause displacement of the movable tip relative to the bore of the main shaft, (vi) projections are provided on the control member in the region of said recess; (vii) the arrangement being such that an operator can grip said projections for sliding said control member relative to said main shaft so as to cause displacement of said movable tip relative to said bore of said main shaft, so that the arrangement of the tube and projections is such that an operator can pass the movable tip into the trachea of a patient and then mount the distal end of an endotracheal tube over the proximal end of the main shaft so that the ETT can be correctly located in the trachea of the patient and thereafter removed from the ETT.
An adaptable tower platform arrangement for use in a tower interior, comprising - circular platforms, each with an essentially identical platform diameter; - a plurality of annular adapter rings (11_1,..., 11_n) each with essentially the same inner diameter (Di) and an outer diameter (Do_1,..., Do_n), wherein each outer diameter (Do_1,..., Do_n) exceeds the platform diameter and corresponds to a different tower interior diameter (D1,..., Dn); and - an assembly interface configured to facilitate connection of a platform to an adapter ring (11_1,..., 11_n) to obtain a platform assembly (12_1,..., 12_n) having the outer diameter of that adapter ring (11_1,..., 11_n). - circular platforms, each with an essentially identical platform diameter; - a plurality of annular adapter rings (11_1,..., 11_n) each with essentially the same inner diameter (Di) and an outer diameter (Do_1,..., Do_n), wherein each outer diameter (Do_1,..., Do_n) exceeds the platform diameter and corresponds to a different tower interior diameter (D1,..., Dn); and - an assembly interface configured to facilitate connection of a platform to an adapter ring (11_1,..., 11_n) to obtain a platform assembly (12_1,..., 12_n) having the outer diameter of that adapter ring (11_1,..., 11_n).
A system (1420; 1528), comprising: means (1421, 1422, 1425; 1529, 1531, 1532, 1537, 1539; 1641, 1642) for determining that an arrhythmia has terminated; and means (1421, 1424, 1426; 1531, 1529; 1653D, 1654D, 1655 D, 1656D, 1653E, 1654E, 1655E, 1656E) for, upon termination of the arrhythmia, temporarily delivering a neural stimulation therapy to assist with recovering from the arrhythmia, wherein the means for temporarily delivering a neural stimulation therapy (907A, 907B) to assist with recovering from the arrhythmia includes means for delivering at least a two stage neural stimulation therapy (907A, 907B) upon termination of the arrhythmia, and wherein the means for delivering at least the two stage neural stimulation therapy (907A, 907B) includes means for withdrawing neural stimulation after arrhythmia termination, and then delivering the neural stimulation therapy to assist with recovering from the arrhythmia. means (1421, 1422, 1425; 1529, 1531, 1532, 1537, 1539; 1641, 1642) for determining that an arrhythmia has terminated; and means (1421, 1424, 1426; 1531, 1529; 1653D, 1654D, 1655 D, 1656D, 1653E, 1654E, 1655E, 1656E) for, upon termination of the arrhythmia, temporarily delivering a neural stimulation therapy to assist with recovering from the arrhythmia, wherein the means for temporarily delivering a neural stimulation therapy (907A, 907B) to assist with recovering from the arrhythmia includes means for delivering at least a two stage neural stimulation therapy (907A, 907B) upon termination of the arrhythmia, and wherein the means for delivering at least the two stage neural stimulation therapy (907A, 907B) includes means for withdrawing neural stimulation after arrhythmia termination, and then delivering the neural stimulation therapy to assist with recovering from the arrhythmia.
An armrest assembly (10, 12) for an aircraft passenger seat, comprising: an armpan defining an elongate channel and including slide-lock structure positioned about a top opening of the channel and at opposing ends thereof for engaging an armcap; an armcap covering the channel and having slide-lock structure complementary to the armpan slide-lock structure for providing slide-lock engagement therewith, the armcap further defining at least one cavity for receiving overmold material of an armpad; and an armpad covering a portion of the armcap, the armpad comprising overmold material, at least a portion of which fills the at least one cavity of the armcap to retain the armpad on the armcap. an armpan defining an elongate channel and including slide-lock structure positioned about a top opening of the channel and at opposing ends thereof for engaging an armcap; an armcap covering the channel and having slide-lock structure complementary to the armpan slide-lock structure for providing slide-lock engagement therewith, the armcap further defining at least one cavity for receiving overmold material of an armpad; and an armpad covering a portion of the armcap, the armpad comprising overmold material, at least a portion of which fills the at least one cavity of the armcap to retain the armpad on the armcap.
An ionizing radiation beam monitor comprising a Silicon Carbide plate having a plurality of electrodes, characterized in that: said Silicon Carbide plate comprises at least one hole in the center and wherein the Silicon Carbide plate comprises a number of incisions, preferably extending radially from the center towards the outer regions of the Silicon Carbide plate, and wherein the incisions are chosen to generate free standing sections of the Silicon Carbide plate for areas of the Silicon Carbide plate being irradiated with the radiation beam.
Electromechanical brake device for a motor vehicle, comprising an adjusting device and a brake part connected thereto, which can be adjusted along an axis by the adjusting device and can be brought into braking engagement with a counter-brake part, wherein the actuating device has a first actuating drive and a second actuating drive serially coupled thereto, wherein the first actuating drive has a rotatably drivable first drive wheel, and the second actuating drive has a rotatably drivable second drive wheel which is coaxial with the first drive wheel, wherein a coupling device (8, 9) is arranged between the first drive wheel and the second drive wheel, characterised in in that the clutch device is designed as a friction clutch (8, 9) with a friction element which is connected in a torque-locking manner to one of the drive wheels and which, in clutch engagement, can be connected in a friction-locking manner to a counter-friction element which is connected in a torque-locking manner to the respective other drive wheel. wherein the actuating device has a first actuating drive and a second actuating drive serially coupled thereto, wherein the first actuating drive has a rotatably drivable first drive wheel, and the second actuating drive has a rotatably drivable second drive wheel which is coaxial with the first drive wheel, wherein a coupling device (8, 9) is arranged between the first drive wheel and the second drive wheel, characterised in in that the clutch device is designed as a friction clutch (8, 9) with a friction element which is connected in a torque-locking manner to one of the drive wheels and which, in clutch engagement, can be connected in a friction-locking manner to a counter-friction element which is connected in a torque-locking manner to the respective other drive wheel.
Portable, mobile, hydraulic pump for hydraulically operated tools, comprising a disc armature motor connected to a control device and a pot-like housing which holds the fluid and has connections on the housing for at least one tool and has in each case at least one outlet and one inlet and an eccentric having pump elements and channels coupled thereto in the housing, characterised in that, - the housing has two connecting pieces having the connections for the at least one tool, - in that first channels connect the pressure sides of the pump elements and in each case a first output of the connecting piece, - in that, in the connecting piece, a second channel connects a second output and a connection for the tool, - in that, in the connecting piece, a third channel connects a third output and the interior of the housing, - in that the outputs (15, 16, 17) are spaced apart from one another in one plane, - in that at least one functional element is arranged on the plane such that the outputs (15, 16, 17) are closed, or two outputs are interconnected, and one output is closed, or two outputs are interconnected and are connected to a fourth output as a component of the functional element and one output is closed. - the housing has two connecting pieces having the connections for the at least one tool, - in that first channels connect the pressure sides of the pump elements and in each case a first output of the connecting piece, - in that, in the connecting piece, a second channel connects a second output and a connection for the tool, - in that, in the connecting piece, a third channel connects a third output and the interior of the housing, - in that the outputs (15, 16, 17) are spaced apart from one another in one plane, - in that at least one functional element is arranged on the plane such that the outputs (15, 16, 17) are closed, or two outputs are interconnected, and one output is closed, or two outputs are interconnected and are connected to a fourth output as a component of the functional element and one output is closed.
A pharmaceutical composition comprising a remyelinating SERM for use in the treatment of a demyelinating condition in a subject, wherein the remyelinating SERM is selected from the group consisting of bazedoxifene, and clomifene.