mhurhangee/ep-ind-claims huggingface dataset:
A method at a femtocell device comprising a first mobile network interface and a second interface for communicating to the Internet over a broadband network, a user equipment being connected to said femtocell device through said first mobile network interface, said method comprising, when communication at said femtocell device to said broadband network becomes inactive, maintaining said connection with said user equipment through said first mobile network interface, listening to paging traffic received at said first mobile network interface from a base station of a mobile network serving a macrocell, and on reception of a paging message from said base station destined to said user equipment, notifying said user equipment to redirect to said macrocell; characterized in that when communication at said femtocell device to said broadband network is inactive, and if no user equipment is connected to said femtocell device, deactivating said first mobile network interface. maintaining said connection with said user equipment through said first mobile network interface, listening to paging traffic received at said first mobile network interface from a base station of a mobile network serving a macrocell, and on reception of a paging message from said base station destined to said user equipment, notifying said user equipment to redirect to said macrocell;
A machine for paving concrete paths, of the type in which a concrete mix in the plastic condition is spread over a certain width, then levelled to a certain height, wherein the machine consists of a tractor and a levelling section connected to it, and wherein the working width of the tractor and leveling section are adjustable, characterised in that the adjustment of the working width of the tractor is done in a continuous way and independent of the adjustment of the working width of the levelling section, which is also done in a continuous way and further characterized in that the leveling section is suspended on the tractor by means of two pairs of piston cylinder systems (110,112,120 & 111, 113, 121), wherein one pair is fitted on each side, and in that each piston cylinder system forms an angle with the direction of movement of the tractor.
A dental implant (100, 200, 400, 500, 600) comprising: a body (110, 210, 510, 610) having an upper body portion including a generally cylindrical region, a lower body portion including a generally inwardly tapered region, and a middle body portion between the upper and lower body portions, the middle body portion including an outwardly extending body bulge (120, 220, 520, 620b) that forms a maximum outer diameter of the body; a first thread on at least a portion of the upper body portion; and a second thread on the body bulge (120, 220, 520, 620b) and the lower body portion, a maximum outer diameter of the second thread on the body bulge (120, 220, 520, 620b) being greater than a maximum outer diameter of the first thread on the upper body portion; wherein the maximum outer diameter of the second thread on the body bulge (120, 220, 520, 620b) is greater than a maximum outer diameter of the second thread on the lower body portion; and a maximum outer diameter of the body bulge (120, 220, 520, 620b) is greater than a maximum outer diameter of the first thread. a body (110, 210, 510, 610) having an upper body portion including a generally cylindrical region, a lower body portion including a generally inwardly tapered region, and a middle body portion between the upper and lower body portions, the middle body portion including an outwardly extending body bulge (120, 220, 520, 620b) that forms a maximum outer diameter of the body; a first thread on at least a portion of the upper body portion; and a second thread on the body bulge (120, 220, 520, 620b) and the lower body portion, a maximum outer diameter of the second thread on the body bulge (120, 220, 520, 620b) being greater than a maximum outer diameter of the first thread on the upper body portion; wherein the maximum outer diameter of the second thread on the body bulge (120, 220, 520, 620b) is greater than a maximum outer diameter of the second thread on the lower body portion; and a maximum outer diameter of the body bulge (120, 220, 520, 620b) is greater than a maximum outer diameter of the first thread.
A Ni-Cr-based brazing alloy consisting of, on the basis of mass %: more than 15% and less than 30% Cr; more than 3% and less than 12% P; optionally less than 8% Si; more than 0.01% and less than 0.06% C; optionally less than 0.1% Ti+Zr; more than 0.01% and less than 0.1% V; optionally less than 0.01% Al; more than 0.005% and less than 0.025% O; more than 0.001% and less than 0.050% N; optionally less than 0.1% Nb; optionally less than 1% Mn; optionally less than 30% Fe; optionally less than 10% Co; optionally less than 5% Mo; optionally less than 5% Cu; and the balance being Ni and incidental impurities, wherein the Inequality: 0.2 ≤ (0.24V%+0.13Nb%)/C% ≤ 1.0 is satisfied. more than 15% and less than 30% Cr; more than 3% and less than 12% P; optionally less than 8% Si; more than 0.01% and less than 0.06% C; optionally less than 0.1% Ti+Zr; more than 0.01% and less than 0.1% V; optionally less than 0.01% Al; more than 0.005% and less than 0.025% O; more than 0.001% and less than 0.050% N; optionally less than 0.1% Nb; optionally less than 1% Mn; optionally less than 30% Fe; optionally less than 10% Co; optionally less than 5% Mo; optionally less than 5% Cu; and the balance being Ni and incidental impurities, wherein the Inequality: 0.2 ≤ (0.24V%+0.13Nb%)/C% ≤ 1.0 is satisfied.
A method for decoding a signal received from a radio frequency identification, RFID, reader, the method comprising: - receiving a pulse width modulated, PWM, signal from the RFID reader, the signal comprising a series of pulses; - measuring a time frame between receipt of two consecutive pulses to determine whether the pulses represent bits with value zero or bits with value equal to one; - calculating a total pulse duration to receive a predetermined total number of bits, the total pulse duration representing a sum of the measured time frames for the signal; and decoding a command, the decoding being based on the calculated total pulse duration to receive the predetermined total number of bits and the determined values of the bits within the total pulse duration; and each individual bit in the predetermined total number of bits remaining undecoded during the decoding of the command. - receiving a pulse width modulated, PWM, signal from the RFID reader, the signal comprising a series of pulses; - measuring a time frame between receipt of two consecutive pulses to determine whether the pulses represent bits with value zero or bits with value equal to one; - calculating a total pulse duration to receive a predetermined total number of bits, the total pulse duration representing a sum of the measured time frames for the signal; and
A method (900, 1000), of wireless communication, performed by a UE, comprising: receiving a downlink transmission; and transmitting, an uplink transmission comprising a single tone acknowledgement, ACK, and a demodulation reference signal, DM-RS, wherein the uplink transmission comprises a single tone of bandwidth on an ACK channel using time-spreading, wherein the transmission includes three DM-RS symbols per a seven symbols period based on an orthogonal cover code and a spreading factor of three for the DM-RS symbols. receiving a downlink transmission; and transmitting, an uplink transmission comprising a single tone acknowledgement, ACK, and a demodulation reference signal, DM-RS, wherein the uplink transmission comprises a single tone of bandwidth on an ACK channel using time-spreading, wherein the transmission includes three DM-RS symbols per a seven symbols period based on an orthogonal cover code and a spreading factor of three for the DM-RS symbols.
A laminate (10; 10a) comprising a core containing a thermoplastic polymer and having metal cover layers disposed on either side of the core, the cover layers each being connected to the core via an adhesive layer comprising at least one polymer layer, the adhesive layer additionally containing a layer made of a non-woven fabric, the non-woven fabric consisting mainly of incombustible fibers, the fibers having a melting range above the melting point of the material of the cover layers, the layer of non-woven fabric containing binder for strengthening the fibers or being thermally strengthened, in particular by an admixture of thermoplastic fibers, the layer of non-woven fabric having a coating or a sizing for increasing the adhesion to the at least one polymer layer of the adhesive layer, the core comprising fillers or/and short fibers, the filler content being between 60 wt% and 98 wt%, preferably more than 90 wt%, the core having a calorific value of less than 15 MJ/kg, preferably less than 3 MJ/kg, the layer being disposed either on the side of the adhesive layer facing the core or between two polymer layers of the adhesive layer, and the layer of non-woven fabric having a mass per unit area between 10 g/m 2 and 90 g/m 2.
Clothes holder, comprising a fixing element, at least one holding element and at least two connecting pieces, at least one of the connecting pieces being designed to be movable along the fixing element and the at least one connecting piece being fixed to the fixing element if needed so that the distance between the connecting pieces in the longitudinal direction of the fixing element can be changed if needed, and the holding element having first connecting elements. that can be connected to second connecting elements of a connecting piece, wherein the holding element is elastic in at least in one portion, characterized in that at least three connecting pieces for connecting the at least one holding element with the fixing element are provided.
A switching device for the control of a commercial cooking appliance, which has a cooking space that is closable by means of a door, wherein the door has a movable door handle having a door latch movable corresponding to the movement of the handle, - having a switch attached to the housing; and - having a magnet for actuating the switch, hereby characterized - in that the magnet in the movable door latch is disposed at a site that is positioned adjacent to the switch in the latched state of the door of the cooking appliance. - having a switch attached to the housing; and - having a magnet for actuating the switch, hereby characterized - in that the magnet in the movable door latch is disposed at a site that is positioned adjacent to the switch in the latched state of the door of the cooking appliance. - in that the magnet in the movable door latch is disposed at a site that is positioned adjacent to the switch in the latched state of the door of the cooking appliance.
A processing apparatus for processing a workpiece surface in form of an internal coating of cylinder bores (11a, 12a, 13a) which are arranged in a row, having a shield unit which is provided to separate from one another - at least during operation - a part region of the workpiece surface provided for the processing and an adjacently arranged part region (16a, 17a) of the workpiece surface, whereby the shield unit has at least one blocking nozzle (18a, 19a) which is provided to generate a fluid flow (20a, 21a) for separating the at least two part regions (15a, 16a; 17a) characterized in that the blocking nozzle (18a, 19a) is positioned such that the fluid flow (20a, 21a) flows along the workpiece surface and the blocking nozzle (18a, 19a) is directed to the part region between two cylinder bores (11a, 12a).
A touchpad assembly (101; 151), comprising a bar (102; 152; 205) and a touchpad (104; 154; 202), characterised in that: the bar (102; 152; 205) is configured to control flexure of the touchpad (104; 154; 202) between a first region (105; 155) and a second region (106; 156), the bar (102; 152; 205) comprising a first arm (107; 158; 208), a second arm (108, 159; 209), and a shaft (128; 167; 211) connecting the first arm (107; 158; 208) and the second arm (108, 159; 209); and the touchpad assembly (101; 151) further comprises: a first coupler (109; 162) coupling the first arm (107; 158; 208) and the first region (105; 155) and said first coupler (109; 162) is configured to permit the first arm (107; 158; 208) to rotate when the touchpad (104; 154; 202) is pressed; a second coupler (110; 163) coupling the second arm (108, 159; 209) and the second region (106; 156) and said second coupler (110; 163) is configured to permit the second arm (108; 159; 209) to rotate when the touchpad (104; 154; 202) is pressed. the bar (102; 152; 205) is configured to control flexure of the touchpad (104; 154; 202) between a first region (105; 155) and a second region (106; 156), the bar (102; 152; 205) comprising a first arm (107; 158; 208), a second arm (108, 159; 209), and a shaft (128; 167; 211) connecting the first arm (107; 158; 208) and the second arm (108, 159; 209); and the touchpad assembly (101; 151) further comprises: a first coupler (109; 162) coupling the first arm (107; 158; 208) and the first region (105; 155) and said first coupler (109; 162) is configured to permit the first arm (107; 158; 208) to rotate when the touchpad (104; 154; 202) is pressed; a second coupler (110; 163) coupling the second arm (108, 159; 209) and the second region (106; 156) and said second coupler (110; 163) is configured to permit the second arm (108; 159; 209) to rotate when the touchpad (104; 154; 202) is pressed. a first coupler (109; 162) coupling the first arm (107; 158; 208) and the first region (105; 155) and said first coupler (109; 162) is configured to permit the first arm (107; 158; 208) to rotate when the touchpad (104; 154; 202) is pressed; a second coupler (110; 163) coupling the second arm (108, 159; 209) and the second region (106; 156) and said second coupler (110; 163) is configured to permit the second arm (108; 159; 209) to rotate when the touchpad (104; 154; 202) is pressed.
Machine for preparing beverages comprising: - a plurality of beverage concentrate cartridges, each thereof comprising a container part adapted for collecting a beverage concentrate and a discharge part adapted for discharge of said beverage concentrate, arranged in a cartridge support, - only one concentrate discharge device adapted for interacting with said discharge part of each of said beverage concentrate cartridges, - at least one diluent reservoir adapted for collecting a beverage diluent and in fluid connection with a diluent discharge provided downstream, - a control device provided in operational connection with said concentrate discharge device, whereby said beverage concentrate cartridges and said concentrate discharge device are provided so that can be vertically aligned in a position where said concentrate discharge device is underneath said discharge part of a beverage concentrate cartridge, whereby said concentrate discharge device is adapted so that can interact with each of said beverage concentrate cartridges by means of a forward and back movement of said concentrate discharge device in a direction that is parallel to the prevailing discharge direction, so as to actuate a respective overture and closure of said discharge part and thereby provide discharge of said beverage concentrate, characterized in that said concentrate discharge device is adapted so that can be actuated to exert an upwards pressure upon an exterior part of said discharge part, thereby displacing said exterior part by a given displacement extension relative to an interior part of said discharge part, against the contrary action of elastic means provided on said discharge part, from a closed position to an open position where, during a given period of time, the discharge part provides flow passage to beverage concentrate out of a respective beverage concentrate cartridge by means of gravity force action, and that can stop exerting said upwards pressure so that said discharge part returns to said closed position, driven by elastic means provided on said discharge part. - a plurality of beverage concentrate cartridges, each thereof comprising a container part adapted for collecting a beverage concentrate and a discharge part adapted for discharge of said beverage concentrate, arranged in a cartridge support, - only one concentrate discharge device adapted for interacting with said discharge part of each of said beverage concentrate cartridges, - at least one diluent reservoir adapted for collecting a beverage diluent and in fluid connection with a diluent discharge provided downstream, - a control device provided in operational connection with said concentrate discharge device,
A welding current source for supplying of a welding current and a welding voltage at an output for the performance of an arc welding process, with an input-side rectifier, an inverter operated at a switching frequency (f S), a transformer with a primary winding and at least two secondary windings (7, 8), at least two rectifiers (9, 10) arranged between the secondary windings (7, 8) and the output, and at least one capacitor (C B) and one load resistor (R B) at the output, characterised in that at least one current-limiting inductor (L LR) is arranged on the second secondary winding, and the load resistor (R B) for discharging the capacitor (C B) that can be charged via the current-limiting inductor (L LR), the current-limiting inductor (L LR), and the capacitor (C B), are dimensioned such that the maximum value of the no-load voltage (U LL) at the output is greater than the voltage (U 3) corresponding to the transmission ratio of the primary winding to the second secondary winding of the transformer.
Lubricant pan for an internal combustion engine with circulation lubrication, wherein a lubricant is conveyed from lubrication points of the internal combustion engine into the lubricant pan owing to gravitational force, and wherein a lubricant pump is provided in the lubricant pan, by way of which lubricant pump the collected lubricant is able to be conveyed back to the lubrication points in the internal combustion engine, wherein the lubricant pan has a first volume with a substantially horizontal extent in which the lubricant is collected, wherein the first volume is connected in a lubricant-conducting manner to a second volume with a substantially vertical extent, wherein the second volume substantially projects above the first volume geodetically, and wherein the lubricant pump is arranged in the second volume, characterized in that a deaeration means is provided in the first volume.
A system for limiting deflection of an exhaust sidewall liner for a variable geometry exhaust duct, the system comprising: the exhaust sidewall liner; a static structure; and an exhaust liner deflection limiter connecting the exhaust sidewall liner to the static structure, the exhaust liner deflection limiter comprising: a spacer positioned in the static structure, the spacer comprising: a chimney having a first end and a second end opposite of the first end and an aperture that extends from the first end to the second end; a flange disposed on the first end; and at least one anti-rotation tab disposed on the second end near an edge of the second end; a stud having a head and a shaft, the head being positioned in the exhaust sidewall liner and the shaft extending through the spacer; and a fastener connected to the shaft to secure the exhaust sidewall liner to the static structure. the exhaust sidewall liner; a static structure; and an exhaust liner deflection limiter connecting the exhaust sidewall liner to the static structure, the exhaust liner deflection limiter comprising: a spacer positioned in the static structure, the spacer comprising: a chimney having a first end and a second end opposite of the first end and an aperture that extends from the first end to the second end; a flange disposed on the first end; and at least one anti-rotation tab disposed on the second end near an edge of the second end; a stud having a head and a shaft, the head being positioned in the exhaust sidewall liner and the shaft extending through the spacer; and a fastener connected to the shaft to secure the exhaust sidewall liner to the static structure. a spacer positioned in the static structure, the spacer comprising: a chimney having a first end and a second end opposite of the first end and an aperture that extends from the first end to the second end; a flange disposed on the first end; and at least one anti-rotation tab disposed on the second end near an edge of the second end; a chimney having a first end and a second end opposite of the first end and an aperture that extends from the first end to the second end; a flange disposed on the first end; and at least one anti-rotation tab disposed on the second end near an edge of the second end; a stud having a head and a shaft, the head being positioned in the exhaust sidewall liner and the shaft extending through the spacer; and a fastener connected to the shaft to secure the exhaust sidewall liner to the static structure.
A hot water producing system comprising a primary heating water circuit and a secondary drinking water circuit, which is coupled to the heating water circuit via a heat exchanger system and comprises a hot water circulation circuit, a hot water storage tank arranged outside the hot water circulation circuit and coupled to the hot water circulation circuit, and a storage tank charging system connected to the heat exchanger system, the heat exchanger system comprising a first heat exchanger which allows a heat exchange between the primary heating water circuit and the hot water circulation circuit of the drinking water circuit, and a second heat exchanger which is arranged in the heating water circuit in the return flow of the first heat exchanger and in the storage tank charging system of the drinking water circuit in the supply flow of the first heat exchanger and allows a heat exchange between the primary heating water circuit and a charging feed pipe of the hot water circulation circuit of the drinking water circuit, a control unit being provided, which comprises a heating water temperature sensor in the return flow of the second heat exchanger in the heating water circuit and a mass flow control unit in the storage tank charging system, characterized in that the control unit allows a closed-loop control of the heating water return flow temperature in the return flow of the second heat exchanger by controlling the mass flow of drinking water through the second heat exchanger in the drinking water circuit.