mhurhangee/ep-ind-claims huggingface dataset:
Sliding window device comprising a rectangular window frame for installation in a window cut-out, which is formed by a circumferential profile, which is formed by one floor-side, one ceiling-side and two lateral U-shaped or double-U-shaped profile parts and in which a first, fixed window element and a second, displaceable window element are arranged, wherein the displaceable window element comprises a glass pane, which is framed by a vertical stop window profile arranged on the side facing away from the fixed window element, a second vertical window profile as well as an upper and a lower horizontal window profile (62, 63), wherein the displaceable window element can be retracted with its stop window profile into the lateral profile part arranged opposite the fixed window element, characterised in that the stop window profile has a handle part, which can be fully retracted together with the stop window profile into the profile part arranged opposite the fixed window element.
A power scavenging device for attachment to first and second adjacent overhead power cables (82a-82b, 82b-82c), the power scavenging device comprising a non-conducting outer body and a voltage divider, said voltage divider comprising a first capacitor and a second capacitor connected in series at a first junction, a first input lead being securable to said first overhead power cable (82a, 82b) and being electrically connected to said first capacitor, and a first output lead being electrically connected to said first junction and being electrically connectable to a voltage source converter that outputs a regulated power supply, characterized in that said voltage divider comprises a third capacitor connected in series with the second capacitor at a second junction, wherein a second input lead is securable to the second overhead power cable (82b, 82c) and is electrically connected to said third capacitor, and wherein a second output lead is electrically connected to said second junction and is electrically connectable to said voltage source converter.
An electronic device comprising: a housing having an outer surface, an opening formed on the outer surface, and a socket body inside the housing comprising a plug insertion passage aligned with respect to the opening so as to allow a plug to be inserted into the plug insertion passage through the opening; a terminal comprising at least one terminal part disposed in the plug insertion passage; the terminal further comprising at least one further terminal part disposed on the outer surface of the housing and electrically connected with the at least one terminal; and a circuit board electrically contacting the at least one further terminal part, a sealing member disposed between the circuit board and a top surface of the socket body and in close contact with the circuit board and the top surface for forming a space enclosed by the circuit board, the top surface of the socket body and the sealing member, wherein the circuit board comprises a plurality of boards (310, 320), wherein at least one of the plurality of boards electrically contacts the at least one further terminal, and wherein the board electrically connected with the at least one further terminal is thinner than the other boards in thickness for providing mounting space for other parts. a housing having an outer surface, an opening formed on the outer surface, and a socket body inside the housing comprising a plug insertion passage aligned with respect to the opening so as to allow a plug to be inserted into the plug insertion passage through the opening; a terminal comprising at least one terminal part disposed in the plug insertion passage; the terminal further comprising at least one further terminal part disposed on the outer surface of the housing and electrically connected with the at least one terminal; and a circuit board electrically contacting the at least one further terminal part, a sealing member disposed between the circuit board and a top surface of the socket body and in close contact with the circuit board and the top surface for forming a space enclosed by the circuit board, the top surface of the socket body and the sealing member, wherein the circuit board comprises a plurality of boards (310, 320), wherein at least one of the plurality of boards electrically contacts the at least one further terminal, and wherein the board electrically connected with the at least one further terminal is thinner than the other boards in thickness for providing mounting space for other parts.
A drive arrangement with a part which is to be driven and with a driving gear wheel composed of toothed segments, i.e. ring segments, the toothing of which which is arranged on the outer periphery is formed and composed of the sets of toothing of the segments, wherein the toothing is arranged radially externally on the ring segment, wherein the toothing is involute toothing, wherein the toothing is manufactured from ADI or spheroidal graphite cast iron, wherein the segments which are adjacent in the peripheral direction are connected by screwing in each case, wherein the segments at their two end regions provided in the peripheral direction, i.e. holding regions, in each case have radially oriented end faces which have drill holes for receiving the screws of the screw connection, wherein the drill holes are oriented tangentially, wherein the end regions are connected by means of a connecting-web region, wherein the part which is to be driven has a smaller external diameter than the driving gear wheel, wherein the segments are ring segments, wherein the screw connection comprises in each case at least two locating bolts which serve to align the ring segments relative to each other, and at least two fastening bolts, characterised in that the ring segment has a projection running in the peripheral direction, i.e. shoulder, so that once the ring segments have been assembled a shoulder running in the peripheral direction is formed on the periphery of the gear wheel thus formed, wherein the projection is arranged at a shorter radial distance than toothing provided on the ring segment, wherein the projection protrudes axially out of the surface region of the ring segment surrounding it.
A method for verifiable version control performed by a client computer, the method comprising: encrypting (206; 610) at least a part of the content of a file into a change-set data structure, each change-set describing the difference between the last version of the file and a new version, using a secret key shared among a plurality of users; and signing (211; 615) the change-set data structure using a private signing key of a user of the client computer; wherein the change-set data structure comprises a hash taken over a signature digest of a last significant change, wherein a significant change is one of: a change-set that adds a new file, a change-set that removes a file, a group change that adds a new member, and/or a group change that removes a member. encrypting (206; 610) at least a part of the content of a file into a change-set data structure, each change-set describing the difference between the last version of the file and a new version, using a secret key shared among a plurality of users; and signing (211; 615) the change-set data structure using a private signing key of a user of the client computer; wherein the change-set data structure comprises a hash taken over a signature digest of a last significant change, wherein a significant change is one of: a change-set that adds a new file, a change-set that removes a file, a group change that adds a new member, and/or a group change that removes a member.
A retractable surgical backflush instrument, comprising: a hand-piece; an outer tube having a proximal end coupled to a distal end of the hand-piece; an actuator; an inner tube housed within the outer tube and having a distal end coupled to a soft tip and a proximal end coupled to the actuator; and a valve housed inside the hand-piece and coupled to the proximal end of the actuator; wherein the valve comprises a hole to support an active aspiration mode, wherein the hole is adapted to be covered by a user to prevent air from being aspirated through the hole, and a passive aspiration mode, wherein the hole is adapted to be used as a fluid outlet; wherein retraction of the actuator is configured to compress the valve; and wherein the soft tip at least partially extends beyond a distal end of the outer tube when the valve is in an uncompressed state and at least partially retracts into the distal end of the outer tube when the valve is in a compressed state. a hand-piece; an outer tube having a proximal end coupled to a distal end of the hand-piece; an actuator; an inner tube housed within the outer tube and having a distal end coupled to a soft tip and a proximal end coupled to the actuator; and a valve housed inside the hand-piece and coupled to the proximal end of the actuator; wherein the valve comprises a hole to support an active aspiration mode, wherein the hole is adapted to be covered by a user to prevent air from being aspirated through the hole, and a passive aspiration mode, wherein the hole is adapted to be used as a fluid outlet; wherein retraction of the actuator is configured to compress the valve; and wherein the soft tip at least partially extends beyond a distal end of the outer tube when the valve is in an uncompressed state and at least partially retracts into the distal end of the outer tube when the valve is in a compressed state.
An autoinjector comprising a lower body receiving a tank, said tank containing fluid product and comprising a piston and a needle, such as a pre-primed syringe, said autoinjector comprising: - a actuor sleeve which, before actuation, projects out of said lower body in a first projected position, which during actuation slides toward the inside of said lower body in an actuation position, and which after injection moves out of said lower body in a second projected position, - injection means (5, 8) to inject said fluid product through said needle when said needle is in an injection position, - a tank movement device (2, 4, 9) for retracting said needle out of the body of the user after injection of the fluid product, said tank movement device comprising a control ring, a control sleeve and a control slide comprising an upper shoulder, said control ring cooperating with said control sleeve, with said control slide and with said control sleeve, - a trigger, actuated by said injection means, actuating said tank movement device (2, 4, 9) after injection of the fluid product so as to retract said needle, said autoinjector comprising a retarding device (15, 16, 17) adapted to delay during a predetermined time the actuation of said tank movement device (2, 4, 9) by said trigger after injection of the fluid product, to delay retraction of said needle by said predetermined time after the end of injection, said retarding device comprising an epicycloidal train (16, 17) having at least one, advantageously four stages, characterized in that said trigger comprises an external ramp and a projection which can be provided on one side of said external ramp, said projection co-operating, after a predefined rotation of said trigger, with said upper shoulder of said control slide to move axially said control slide so as to liberate the rotation of said control ring and actuate said tank movement device to retract aid needle. - a actuor sleeve which, before actuation, projects out of said lower body in a first projected position, which during actuation slides toward the inside of said lower body in an actuation position, and which after injection moves out of said lower body in a second projected position, - injection means (5, 8) to inject said fluid product through said needle when said needle is in an injection position, - a tank movement device (2, 4, 9) for retracting said needle out of the body of the user after injection of the fluid product, said tank movement device comprising a control ring, a control sleeve and a control slide comprising an upper shoulder, said control ring cooperating with said control sleeve, with said control slide and with said control sleeve, - a trigger, actuated by said injection means, actuating said tank movement device (2, 4, 9) after injection of the fluid product so as to retract said needle,
A method for identifying an active administration function 'ADMF' in a lawful interception deployment that utilizes an ADMF set comprising a plurality of ADMFs, the method being implemented by a network element, the method comprising: identifying a first ADMF among the plurality of ADMFs in the ADMF set as the active ADMF, wherein at any given point in time only one ADMF among the plurality of ADMFs is identified as the active ADMF; exchanging first lawful interception signaling with the first ADMF when the first ADMF is the active ADMF; receiving an auditing request message from one of the plurality of ADMFs in the ADMF set, wherein the auditing request message does not identify a specific ADMF in the ADMF set as a sender of the auditing request message; sending a ping request message to each ADMF in the ADMF set; receiving a ping response message from a second ADMF among the plurality of ADMFs in the ADMF set; identifying the second ADMF as the active ADMF based at least in part on receiving the ping response message from the second ADMF; and exchanging second lawful interception signaling with the second ADMF when the second ADMF is the active ADMF. identifying a first ADMF among the plurality of ADMFs in the ADMF set as the active ADMF, wherein at any given point in time only one ADMF among the plurality of ADMFs is identified as the active ADMF; exchanging first lawful interception signaling with the first ADMF when the first ADMF is the active ADMF; receiving an auditing request message from one of the plurality of ADMFs in the ADMF set, wherein the auditing request message does not identify a specific ADMF in the ADMF set as a sender of the auditing request message; sending a ping request message to each ADMF in the ADMF set; receiving a ping response message from a second ADMF among the plurality of ADMFs in the ADMF set; identifying the second ADMF as the active ADMF based at least in part on receiving the ping response message from the second ADMF; and exchanging second lawful interception signaling with the second ADMF when the second ADMF is the active ADMF.
A brake disc, in particular for utility vehicles, comprising a friction section, an intermediate section and a connecting section, wherein the brake disc is designed to rotate about an axis of rotation or to be rotatably mounted, wherein the friction section has at least one friction surface which is designed to come into contact with a friction lining so that a braking torque arises or can arise around the axis of rotation, wherein the intermediate portion has a plurality of fingers which extend substantially in the direction of the axis of rotation, wherein the connecting section has at least one primary mounting surface and a plurality of mounting holes, wherein the mounting holes extend from said primary mounting surface, wherein the at least one primary mounting surface is adapted to contact a wheel hub indirectly/directly, and wherein the mounting holes are designed to receive mounting means for securing the brake disc to the wheel hub, wherein the fingers outwardly limit the primary mounting surface at least in regions in the radial direction.
A method for operating a user equipment, UE (1205, 1215), for a device-to-device, D2D, communication in a wireless communication system, wherein the UE (1205, 1215) is associated with a neighbor base station, BS, the method comprising: determining a subframe for at least one D2D synchronization signal, D2DSS; and transmitting, to a first UE (1220, 1230) in the subframe, the at least one D2DSS comprising a D2DSS for a discovery, wherein, for each discovery transmission pool, the D2DSS for a discovery is transmitted in the subframe that precedes and, in time domain, is nearest to the first subframe of a discovery transmission pool. determining a subframe for at least one D2D synchronization signal, D2DSS; and transmitting, to a first UE (1220, 1230) in the subframe, the at least one D2DSS comprising a D2DSS for a discovery, wherein, for each discovery transmission pool, the D2DSS for a discovery is transmitted in the subframe that precedes and, in time domain, is nearest to the first subframe of a discovery transmission pool.
A process for producing a branched hydrocarbon base oil, characterized in that feedstock comprising at least one aldehyde and/or ketone selected from the group consisting of C1-C40 aldehydes, C3-C79 ketones, C2-C40 hydroxy aldehydes and mixtures thereof, is condensed in the presence of an aldol condensation catalyst, the aldol condensation catalyst being alkali or alkaline earth metal hydroxide, at a temperature ranging from 80 to 400 °C, the condensation product is hydrodeoxygenated in the presence of a hydrodeoxygenation catalyst under a hydrogen pressure ranging from 0.1 to 20 MPa at a temperature ranging from 100 to 500 °C, and then hydroisomerized in the presence of a isomerization catalyst under a hydrogen pressure ranging from 0.1 to 20 MPa at a temperature ranging from 100 to 500 °C.
An aircraft landing gear assembly for supporting an aircraft, the landing gear assembly comprising: a first structural subassembly which defines a cavity and an access port for providing access to the cavity from the exterior of the first subassembly while, in use, the landing gear assembly is supporting the aircraft on the ground; and one or more health and usage monitoring system (HUMS) components (20a, 20b) removably coupled to the first structural subassembly within the cavity, wherein said one or more HUMS components include a power supply, a printed circuit board including a data processor, a memory, a data readout device and one or more sensors. a first structural subassembly which defines a cavity and an access port for providing access to the cavity from the exterior of the first subassembly while, in use, the landing gear assembly is supporting the aircraft on the ground; and one or more health and usage monitoring system (HUMS) components (20a, 20b) removably coupled to the first structural subassembly within the cavity, wherein said one or more HUMS components include a power supply, a printed circuit board including a data processor, a memory, a data readout device and one or more sensors.
Heat exchanger unit, in particular outdoor unit, in particular for a heat pump device, comprising • a flow duct for conducting an air flow (104, 108) through the heat exchanger unit, wherein the flow duct comprises an inflow duct portion for the air flow flowing in from a setup environment of the heat exchanger unit and a downstream outflow duct portion for the air flow flowing out into the setup environment, and • a blower for conveying the air flow (104, 108) through the flow duct, • wherein the inflow duct portion is subdivided into two partial portions (112a, 112b) arranged hydraulically in parallel, • wherein a first partial portion is configured for allowing a first partial air flow to flow in and wherein a second partial portion is configured for allowing a second partial air flow to flow in, • wherein the first partial portion and the second partial portion are separated from one another by means of a partition, • wherein the first partial portion and the second partial portion lead into the common outflow duct portion, • characterized in that the blower is arranged exclusively in the first partial portion. • a flow duct for conducting an air flow (104, 108) through the heat exchanger unit, wherein the flow duct comprises an inflow duct portion for the air flow flowing in from a setup environment of the heat exchanger unit and a downstream outflow duct portion for the air flow flowing out into the setup environment, and • a blower for conveying the air flow (104, 108) through the flow duct, • wherein the inflow duct portion is subdivided into two partial portions (112a, 112b) arranged hydraulically in parallel, • wherein a first partial portion is configured for allowing a first partial air flow to flow in and wherein a second partial portion is configured for allowing a second partial air flow to flow in, • wherein the first partial portion and the second partial portion are separated from one another by means of a partition, • wherein the first partial portion and the second partial portion lead into the common outflow duct portion, • characterized in that
A prosthesis for a cardiac atrio-ventricular valve, comprising valve leaflets, the prosthesis comprising: a support structure having a peripheral wall which defines a through-hole, a valve structure which is supported by the support structure and which comprises prosthetic leaflets (220a - 220c) which are configured to selectively close the through-hole of the support structure so as to restore, during use, the functionality of a unidirectional valve, and an anchoring member (525D; 525F; 525H) which is separate from the support structure, the anchoring member (525D; 525F; 525H) and the support structure being configured so as to be coupled to each other, after implantation in the body of a patient, characterised in that the anchoring member (525D; 525F; 525H) and the support structure co-operate in order to entrap and lock the valve leaflets (135a - 135b) of the cardiovascular valve of the patient between the peripheral wall of the support structure and the anchoring member (525D; 525F; 525H) so as to keep the prosthesis in position, wherein the anchoring member (525D; 525F; 525H) has a composite structure comprising a main structure (530; 540; 550) and a closure structure (535-537; 545; 555), the composite structure allowing provision of an open configuration during positioning of the anchoring member (525D; 525F; 525H) around the atrio-ventricular valve and of a closed configuration when the anchoring member (525D; 525F; 525H) is coupled to the support structure. a support structure having a peripheral wall which defines a through-hole, a valve structure which is supported by the support structure and which comprises prosthetic leaflets (220a - 220c) which are configured to selectively close the through-hole of the support structure so as to restore, during use, the functionality of a unidirectional valve, and an anchoring member (525D; 525F; 525H) which is separate from the support structure, the anchoring member (525D; 525F; 525H) and the support structure being configured so as to be coupled to each other, after implantation in the body of a patient, characterised in that the anchoring member (525D; 525F; 525H) and the support structure co-operate in order to entrap and lock the valve leaflets (135a - 135b) of the cardiovascular valve of the patient between the peripheral wall of the support structure and the anchoring member (525D; 525F; 525H) so as to keep the prosthesis in position, wherein the anchoring member (525D; 525F; 525H) has a composite structure comprising a main structure (530; 540; 550) and a closure structure (535-537; 545; 555), the composite structure allowing provision of an open configuration during positioning of the anchoring member (525D; 525F; 525H) around the atrio-ventricular valve and of a closed configuration when the anchoring member (525D; 525F; 525H) is coupled to the support structure.