mhurhangee/ep-ind-claims huggingface dataset:
A wiper brush for an automotive vehicle, comprising - a bearing mount having a longitudinal main orientation which includes lower means for holding a wiping blade and a tubular body having a longitudinal main axis; - a structural member in the form of a longitudinal horizontal blade received inside the tubular body; and - a connection member of the brush with a driving arm which is mounted on the bearing mount and which is made of a single piece, characterised in that it includes at least two side longitudinal vertical tabs each of which tabs extends through a side opening of the tubular body so that said at least two tabs extend transversally on either side on the structural member after the insertion thereof in the tubular body and in that the lower edge of each tab is capable of interaction with the structural member so that the structural member vertically blocks the connection member on the bearing mount. - a bearing mount having a longitudinal main orientation which includes lower means for holding a wiping blade and a tubular body having a longitudinal main axis; - a structural member in the form of a longitudinal horizontal blade received inside the tubular body; and - a connection member of the brush with a driving arm which is mounted on the bearing mount and which is made of a single piece, characterised in that it includes at least two side longitudinal vertical tabs each of which tabs extends through a side opening of the tubular body so that said at least two tabs extend transversally on either side on the structural member after the insertion thereof in the tubular body and in that the lower edge of each tab is capable of interaction with the structural member so that the structural member vertically blocks the connection member on the bearing mount.
A method for clustering Bluetooth Low Energy, BLE, devices, the method comprising: - providing a hub device configured to act as a Generic Access Profile central, GAP-central, to BLE Peripherals and acting as a GAP-peripheral to a BLE central, wherein the hub device comprises a Generic Attribute Profile, GATT profile, comprising a set of services with characteristics and optionally descriptors, said set of services at least partially related to a first set of BLE peripherals which are connected to the hub device, - establishing a connection between the hub device and the BLE central whereafter the hub device remains connected to the BLE central; - changing, after the establishment of the connection, the BLE peripherals connected to the hub device, resulting in a second set of BLE peripherals connected to the hub device; - updating said GATT profile, wherein the updated GATT profile comprises an updated set of services with characteristics and optionally descriptors which are at least partially related to the second set of BLE peripherals connected to the hub device and wherein the method further comprises the step of at least partially communicating said updated GATT profile of the hub device to the BLE central via the previously established connection between the hub device and the BLE central. - providing a hub device configured to act as a Generic Access Profile central, GAP-central, to BLE Peripherals and acting as a GAP-peripheral to a BLE central, wherein the hub device comprises a Generic Attribute Profile, GATT profile, comprising a set of services with characteristics and optionally descriptors, said set of services at least partially related to a first set of BLE peripherals which are connected to the hub device, - establishing a connection between the hub device and the BLE central whereafter the hub device remains connected to the BLE central; - changing, after the establishment of the connection, the BLE peripherals connected to the hub device, resulting in a second set of BLE peripherals connected to the hub device; - updating said GATT profile, wherein the updated GATT profile comprises an updated set of services with characteristics and optionally descriptors which are at least partially related to the second set of BLE peripherals connected to the hub device
Single photon source comprising at least one active solid state body, which upon excitation with light, whose photons in each instance have an excitation energy, over a pre-determined period emits a single photon with a lower emission energy, in the course of which the active solid state body is arranged on a surface or interface of an electrically operated primary light source for photons with the excitation energy so that it can be excited through this surface or interface, characterised in that in the active solid state body there is only a single excitable energy level that can be excited by the primary light source.
A ceiling system for a room, the system comprising: a plurality of panels each having a length extending from one side of the room to an opposite side of the room, wherein the panels extend parallel to each other and are spaced apart from each other to define a trough between adjacent panels; characterized in that the ceiling system further comprises: an elongated light fixture disposed within the trough and extending throughout at least 90% of a length of the trough, wherein the elongated light fixture defines a plurality of openings therethrough; and a plurality of penetrations extending through the openings, wherein the panels and the trough including the elongated light fixture together define a ceiling of the room. a plurality of panels each having a length extending from one side of the room to an opposite side of the room, wherein the panels extend parallel to each other and are spaced apart from each other to define a trough between adjacent panels; characterized in that the ceiling system further comprises: an elongated light fixture disposed within the trough and extending throughout at least 90% of a length of the trough, wherein the elongated light fixture defines a plurality of openings therethrough; and a plurality of penetrations extending through the openings, wherein the panels and the trough including the elongated light fixture together define a ceiling of the room. an elongated light fixture disposed within the trough and extending throughout at least 90% of a length of the trough, wherein the elongated light fixture defines a plurality of openings therethrough; and a plurality of penetrations extending through the openings, wherein the panels and the trough including the elongated light fixture together define a ceiling of the room.
A multipart socket-like glue-in retainer which is fastenable in a component opening in an adhesive manner and which is configured in at least two parts due to an axial separation and thus in an opening manner in radial direction, so that only before a gluing-in of the glue-in retainer in a component opening, a functional insert is arrangeable in the glue-in retainer so that after the gluing-in of the glue-in retainer in the component opening, it is retained inseparably in the glue-in retainer, wherein the glue-in retainer comprises a hollow-cylindrical receiving body with a circumferential lateral area, a closed axial face side and an open axial face side with a functional opening that is provided opposite to the closed axial face side, characterized in that adjacent to the functional opening of the open face side, a circumferentially surrounding fastening collar is arranged, extending radially with respect to the lateral area of the receiving body. only before a gluing-in of the glue-in retainer in a component opening, a functional insert is arrangeable in the glue-in retainer so that after the gluing-in of the glue-in retainer in the component opening, it is retained inseparably in the glue-in retainer, wherein the glue-in retainer comprises a hollow-cylindrical receiving body with a circumferential lateral area, a closed axial face side and an open axial face side with a functional opening that is provided opposite to the closed axial face side, characterized in that adjacent to the functional opening of the open face side, a circumferentially surrounding fastening collar is arranged, extending radially with respect to the lateral area of the receiving body.
A web path for conveying a web material (22, 122, 222, 322, 422, 622, 722, 822, 922), comprising: at least two support rollers (12 and 14, 130 and 132, 142 and 143; 162 and 163, 330a and 332a, 330b and 333b, 712 and 714) contacting a single major surface of the web material, wherein the web material is of indefinite length and has a first and a second edge (13 and 15; 122a and 122b), the support rollers comprising: a first support roller (12, 130, 142, 162, 330a, 332a, 712) contacting a first edge region of the web material, and a second support roller (14, 132, 142, 162, 330b, 332b, 714) contacting a second edge region of the web material, characterized in that the web material comprises an un-contacted region between the first and the second support roller comprising at least 50% of the width of the web material; and wherein at least one of the first support roller and the second support roller are supported on a bowed shaft (16, 18, 20, 124, 144, 164, 165, 324a, 324b, 720) such that at least one of the first and second support rollers is angled with respect to the direction of motion of the web material. a first support roller (12, 130, 142, 162, 330a, 332a, 712) contacting a first edge region of the web material, and a second support roller (14, 132, 142, 162, 330b, 332b, 714) contacting a second edge region of the web material, characterized in that the web material comprises an un-contacted region between the first and the second support roller comprising at least 50% of the width of the web material; and
A vacuum film for scanning an oral cavity, comprising: - a perforation layer; - a fiber layer arranged on the perforation layer; and - a texture layer arranged on the fiber layer. - a perforation layer; - a fiber layer arranged on the perforation layer; and - a texture layer arranged on the fiber layer.
Ergonomic watchmaker's workstation including, on either side of a work platform, two forearm supports (3D; 3G) each at least tiltably adjustable in a vertical plane, said workstation including control and storage means arranged to control motorised adjustment means in order to move each said forearm support (3D; 3G) in at least one degree of freedom, characterized in that said control and storage means are programmable in order to trigger, at predefined or random moments, micro movements of said forearm supports (3D; 3G) of short duration, less than two seconds, and of small angular amplitude, less than 2° and/or linear amplitude, less than 5 mm, said workstation further including a user interface connected to said control and storage means, to trigger other said micro movements, and/or to modify the settings.
A thermal ablation device comprising: an elongated member sized and shaped for insertion into a uterus via a cervical opening, the elongated member defining a first lumen extending therethrough to a first distal opening which, when the device is in an operative position, is configured to open into the uterus; and which is configured to be connectable at a proximal portion to a heated fluid source; and a seal positioned on the elongated member so that, when the elongated member is in the operative position, the seal engages cervical tissue around a circumference of the elongated member and prevent fluids introduced into the uterus via the first lumen from flowing therepast into the cervix, the seal including a plurality of flexible members separated from one another along a length of the elongated member and projecting radially outward from an outer surface of the elongated member, wherein the flexible members are substantially disc-shaped and are deflectable proximally and distally along the elongated member when compressed by contact with surrounding tissue and wherein a spacing between the flexible members prevents one flexible member from overlapping an adjacent flexible member, wherein the device further comprises a second lumen extending proximally through the elongated member from a second distal opening which, when the apparatus is in the operative position, is configured to open into the uterus, the second lumen being operative to withdraw fluid from the uterus. an elongated member sized and shaped for insertion into a uterus via a cervical opening, the elongated member defining a first lumen extending therethrough to a first distal opening which, when the device is in an operative position, is configured to open into the uterus; and which is configured to be connectable at a proximal portion to a heated fluid source; and a seal positioned on the elongated member so that, when the elongated member is in the operative position, the seal engages cervical tissue around a circumference of the elongated member and prevent fluids introduced into the uterus via the first lumen from flowing therepast into the cervix, the seal including a plurality of flexible members separated from one another along a length of the elongated member and projecting radially outward from an outer surface of the elongated member, wherein the flexible members are substantially disc-shaped and are deflectable proximally and distally along the elongated member when compressed by contact with surrounding tissue and wherein a spacing between the flexible members prevents one flexible member from overlapping an adjacent flexible member, wherein the device further comprises a second lumen extending proximally through the elongated member from a second distal opening which, when the apparatus is in the operative position, is configured to open into the uterus, the second lumen being operative to withdraw fluid from the uterus.
Antenna including: an elongated conductive strip; an antenna plug connected to the conductive strip; at least one capacitive element of adjustable capacity connecting, from a first point, said strip to ground; at least one first inductive element coupling the conductive strip to ground from a second point; and at least one second inductive element (Lp1, Lp2) switchable (K1, K2) in parallel with the first capacitive element, the capacitive element and the first inductive element(s) (Lp1, Lp2) being connected out of a portion of the conductive strip. an elongated conductive strip; an antenna plug connected to the conductive strip; at least one capacitive element of adjustable capacity connecting, from a first point, said strip to ground; at least one first inductive element coupling the conductive strip to ground from a second point; and at least one second inductive element (Lp1, Lp2) switchable (K1, K2) in parallel with the first capacitive element, the capacitive element and the first inductive element(s) (Lp1, Lp2) being connected out of a portion of the conductive strip.
A PET cylinder for aerosols comprising a neck and a housing with a bottom, the bottom being formed with radial grooves and the neck being provided with an outwardly projecting annular collar located on the lateral surface, indented from the upper edge, characterized in that the neck has a longitudinal section of a shape close to a semicircle, where the upper half of the collar is tapered inwardly towards the edge of the neck, and an annular concave groove is formed within the neck at the collar level.
A re-entry catheter for facilitating formation of a passageway from a subintimal area to a lumen of a vessel, comprising: an elongated outer tubular member having a distal end and a window adjacent the distal end, characterised by: a plurality of deflectable struts arranged longitudinally within the window; an actuating member coaxially disposed within the outer tubular member, wherein proximal ends of the deflectable struts are operatively connected to a distal end of the actuating member, such that axial motion of the actuating member relative to the outer tubular member deflects the struts radially outward; a lateral port in the outer tubular member in a location opposing the window; and a cutting member coaxially disposed within the actuating member, the cutting member comprises a cannula configured to be advanced out of the lateral port. an elongated outer tubular member having a distal end and a window adjacent the distal end, characterised by: a plurality of deflectable struts arranged longitudinally within the window; an actuating member coaxially disposed within the outer tubular member, wherein proximal ends of the deflectable struts are operatively connected to a distal end of the actuating member, such that axial motion of the actuating member relative to the outer tubular member deflects the struts radially outward; a lateral port in the outer tubular member in a location opposing the window; and a cutting member coaxially disposed within the actuating member, the cutting member comprises a cannula configured to be advanced out of the lateral port. a plurality of deflectable struts arranged longitudinally within the window; an actuating member coaxially disposed within the outer tubular member, wherein proximal ends of the deflectable struts are operatively connected to a distal end of the actuating member, such that axial motion of the actuating member relative to the outer tubular member deflects the struts radially outward; a lateral port in the outer tubular member in a location opposing the window; and a cutting member coaxially disposed within the actuating member, the cutting member comprises a cannula configured to be advanced out of the lateral port.
A method of separating a target biological species from a fluid comprising contacting the fluid with a ligand-functionalized polymer comprising: a water soluble or water dispersible aminopolymer functionalized with guanidinyl groups; whereby a complex comprising the functionalized substrate and the target biological species is formed, and separating the complex; wherein said target biological species selected from biomacromolecules and microbiological species; wherein the aminopolymer functionalized with guanidinyl groups is of the formula: wherein R 2 is a H, C 1 -C 12 alkyl, C 5 -C 12 (hetero)aryl, or a residue of the polymer chain; each R 3 is independently H, C 1 -C 12 alkyl, or C 5 -C 12 (hetero)aryl, each R 4 is H, C 1 -C 12 alkyl or alkylene, C 5 -C 12 (hetero)aryl or (hetero)arylene, cyano, or-C(=NH)-N(R 2)-Polymer, and n is 1 or 2. a water soluble or water dispersible aminopolymer functionalized with guanidinyl groups; whereby a complex comprising the functionalized substrate and the target biological species is formed, and separating the complex; wherein said target biological species selected from biomacromolecules and microbiological species; wherein the aminopolymer functionalized with guanidinyl groups is of the formula: wherein R 2 is a H, C 1 -C 12 alkyl, C 5 -C 12 (hetero)aryl, or a residue of the polymer chain; each R 3 is independently H, C 1 -C 12 alkyl, or C 5 -C 12 (hetero)aryl, each R 4 is H, C 1 -C 12 alkyl or alkylene, C 5 -C 12 (hetero)aryl or (hetero)arylene, cyano, or-C(=NH)-N(R 2)-Polymer, and n is 1 or 2.
A system for monitoring the vibration of each of a plurality of machines in at least one facility, comprising: at least one reflective patch affixed to each of the plurality of machines; and a vibration detection unit positioned in the facility and comprising an optics module, wherein the optics module is adapted to transmit an interrogator electromagnetic beam to the reflective patch and the reflective patch reflects a vibration modulated beam to the vibration detection unit, wherein the optics module of the vibration detection unit is adapted to demodulate the interrogator beam to determine the vibration of the plurality of machines, characterized in that the system further comprises: a control module adapted to orient the optics module to transmit the interrogator beam to each of the plurality of machines, so that the interrogator beam is directed at the at least one reflective patch affixed to each of the plurality of machines, wherein the optics module comprises one or more rotational and translational degrees of freedom. at least one reflective patch affixed to each of the plurality of machines; and a vibration detection unit positioned in the facility and comprising an optics module, wherein the optics module is adapted to transmit an interrogator electromagnetic beam to the reflective patch and the reflective patch reflects a vibration modulated beam to the vibration detection unit, wherein the optics module of the vibration detection unit is adapted to demodulate the interrogator beam to determine the vibration of the plurality of machines, characterized in that the system further comprises: a control module adapted to orient the optics module to transmit the interrogator beam to each of the plurality of machines, so that the interrogator beam is directed at the at least one reflective patch affixed to each of the plurality of machines, wherein the optics module comprises one or more rotational and translational degrees of freedom. a control module adapted to orient the optics module to transmit the interrogator beam to each of the plurality of machines, so that the interrogator beam is directed at the at least one reflective patch affixed to each of the plurality of machines, wherein the optics module comprises one or more rotational and translational degrees of freedom.
A method to measure an applied magnetic field in a plane (X-Y), the method comprising: applying a first alternating drive current to a first strap, wherein at least a portion of the first strap overlays a magnetoresistive sensor, the first strap having a dimension extending in a first direction; simultaneously applying a second alternating drive current to a second strap, wherein at least a portion of the second strap overlays the at least a portion of the first strap, the second strap having a dimension extending in a second direction, the second direction being non-parallel to the first direction, and the second alternating drive current being out of phase with respect to the first alternating drive current, wherein the magnetoresistive sensor is subjected to a periodically rotating magnetic drive field rotating in the plane in the magnetoresistive sensor; and when the applied magnetic field to be measured is superimposed on the periodically rotating magnetic drive field rotating in the plane, extracting a second harmonic component of an output voltage (V out) output from the magnetoresistive sensor, wherein the magnitude of the applied magnetic field to be measured in the plane is proportional to an amplitude (|H applied |) of the extracted second harmonic component of the output voltage, and wherein the orientation (φ) of the applied magnetic field to be measured in the plane is related to a phase angle of the extracted second harmonic component of the output voltage. applying a first alternating drive current to a first strap, wherein at least a portion of the first strap overlays a magnetoresistive sensor, the first strap having a dimension extending in a first direction; simultaneously applying a second alternating drive current to a second strap, wherein at least a portion of the second strap overlays the at least a portion of the first strap, the second strap having a dimension extending in a second direction, the second direction being non-parallel to the first direction, and the second alternating drive current being out of phase with respect to the first alternating drive current, wherein the magnetoresistive sensor is subjected to a periodically rotating magnetic drive field rotating in the plane in the magnetoresistive sensor; and when the applied magnetic field to be measured is superimposed on the periodically rotating magnetic drive field rotating in the plane, extracting a second harmonic component of an output voltage (V out) output from the magnetoresistive sensor, wherein the magnitude of the applied magnetic field to be measured in the plane is proportional to an amplitude (|H applied |) of the extracted second harmonic component of the output voltage, and wherein the orientation (φ) of the applied magnetic field to be measured in the plane is related to a phase angle of the extracted second harmonic component of the output voltage.