mhurhangee/ep-ind-claims huggingface dataset:
Blade for a turbine blade, comprising a suction-side side wall and a pressure-side side wall which enclose a cavity at least partially in a manner which extends along a profile centre line from a common leading edge to a common trailing edge and in a span width direction from a root-side end to a top-side end, a first impingement cooling wall which is provided with impingement cooling openings for the impingement cooling of the leading edge and at least one further impingement cooling wall (54, 55) which is also provided with impingement cooling openings for the impingement cooling of a section of the suction-side and/or pressure-side side wall (22, 24) being provided along the span width in the interior, the impingement cooling openings of the first impingement cooling wall and the impingement cooling openings of the at least one second impingement cooling wall (54, 55) being connected in series in terms of flow, and an impingement cooling space (36, 56, 59) being provided between the relevant impingement cooling wall (34, 54, 55) and the inner side of the associated side wall (22, 24), and in each case one collecting space (44, 48, 52) being provided downstream of the relevant impingement cooling space (36, 56, 59), which collecting space (44, 48, 52) adjoins the downstream further impingement cooling wall (34, 54, 55) in a directly upstream manner, characterized in that the collecting space (44, 48) is delimited partially by a projection which is impingement cooled, by outlet openings which are close to the side wall being arranged in a rib (40, 46) which, in accordance with a cross-sectional plane, extends from a suction-side rib end to a pressure-side rib end.
A method of transporting a substrate, comprising: suction-holding a substrate with a suction plate, characterized in that the substrate is being formed by molding two or more chips arranged planarly with a resin, and in suction-holding while cooling the heated substrate during transporting the substrate. suction-holding a substrate with a suction plate, characterized in that the substrate is being formed by molding two or more chips arranged planarly with a resin, and in suction-holding while cooling the heated substrate during transporting the substrate.
Electrical switch including: a main body comprising fixing portions for connecting the electrical switch to a support frame that can be fixed to a wall; a button which is slidably coupled, along a sliding direction, to said main body; a switching mechanism, housed inside said main body and configured to control the opening and closing of an electrical contact by means of an oscillating movement of a relative actuation element; the button comprises at least one pushing element (63, 63'), characterised in that said button further comprises at least one pulling element (67, 67') configured to interact with said switching mechanism respectively during a lowering movement and a raising movement of the button along said sliding direction, said switching mechanism also comprises a motion transformation device configured so as to transform the sliding of the button in said sliding direction into said oscillating movement of said actuation element, said motion transformation device comprising a tilting slide that includes a slide body and a movable portion (20, 20') sliding on said slide body, said movable portion (20, 20') being configured to abut with said pushing element (63, 63') during the lowering movement of the button so that the movable portion (20, 20') is urged in sliding translation on said slide body away from the pushing element (63, 63'), said pulling element (67, 67') being configured so as to pull said motion transformation device towards a rest position during the raising movement of the button. a main body comprising fixing portions for connecting the electrical switch to a support frame that can be fixed to a wall; a button which is slidably coupled, along a sliding direction, to said main body; a switching mechanism, housed inside said main body and configured to control the opening and closing of an electrical contact by means of an oscillating movement of a relative actuation element; the button comprises at least one pushing element (63, 63'), characterised in that said button further comprises at least one pulling element (67, 67') configured to interact with said switching mechanism respectively during a lowering movement and a raising movement of the button along said sliding direction, said switching mechanism also comprises a motion transformation device configured so as to transform the sliding of the button in said sliding direction into said oscillating movement of said actuation element, said motion transformation device comprising a tilting slide that includes a slide body and a movable portion (20, 20') sliding on said slide body, said movable portion (20, 20') being configured to abut with said pushing element (63, 63') during the lowering movement of the button so that the movable portion (20, 20') is urged in sliding translation on said slide body away from the pushing element (63, 63'), said pulling element (67, 67') being configured so as to pull said motion transformation device towards a rest position during the raising movement of the button.
An agricultural baler comprising: a base unit; a plurality of ground engaging devices supporting said base unit; and a transmission mounted on said base unit, wherein the transmission further comprising an input shaft; and an other shaft apart from said input shaft, said other shaft being drivingly coupled to said input shaft, said other shaft being connected to a flywheel and a hydraulic pump, said other shaft being configured to operate at a different speed than a speed at which said input shaft operates, characterised in that the transmission further comprises an output shaft drivingly connected to a plunger of the agricultural baler, wherein said input shaft, said other shaft and said output shaft each operate at different speeds from each other, wherein said other shaft and said input shaft have a fixed gearing ratio relationship therebetween and wherein said speed of said input shaft and said speed of said output shaft are related to each other by a variable gearing ratio, said variable gearing ratio being selectable from a plurality of gearing ratio selections.
An ionic liquid ion source comprising: an emitter body formed of a porous material, the emitter body wetted by at least one of an ionic liquid or room-temperature molten salt; an electrode electrically connected to the emitter body via the at least one of an ionic liquid or room-temperature molten salt. an emitter body formed of a porous material, the emitter body wetted by at least one of an ionic liquid or room-temperature molten salt; an electrode electrically connected to the emitter body via the at least one of an ionic liquid or room-temperature molten salt.
A method of wireless communications, comprising: receiving, by an evolved NodeB, eNodeB, a message including a device to device, D2D, discovery notification for a user equipment, UE; determining that the UE is in an idle mode; transmitting a paging notification to the UE including the D2D discovery notification; and receiving an acknowledgement, ACK, indicating successful receipt of the D2D discovery notification from the UE. receiving, by an evolved NodeB, eNodeB, a message including a device to device, D2D, discovery notification for a user equipment, UE; determining that the UE is in an idle mode; transmitting a paging notification to the UE including the D2D discovery notification; and receiving an acknowledgement, ACK, indicating successful receipt of the D2D discovery notification from the UE.
Vehicle containing a tracking device for ground tracking purposes from the interior of the vehicle with a tracking probe that can be brought into contact with the ground, that contains a sensing head, that contains a heating element for volatilizing a ground sample characterized in that the vehicle comprises a handle configured for moving the tracking probe from a position of rest in a lowered ground tracking position and in that the tracking probe passes through the floor of the vehicle interior.
A system for dynamically changing access tokens in a communication system comprising: a client computer system communicatively coupled by a communication channel to at least one target server; said client computer system including a processor connected to a storage device arranged to store access token files, said storage device having a non-transitory machine readable storage medium, said non-transitory machine-readable storage medium stores instructions for execution by said processor, said instructions include a connection failure recovery program that when executed by said processor dynamically changes access token types and said client computer system is programmed to implement said connection failure recovery program, wherein said client computer system: initiates a session (140, 142, 144) by transmitting a first request for a connection to said target server using a first token type to be validated by the target server, and if said first request fails, automatically transmits a second request for a connection to said target server using a different token type to be validated by the target server, wherein the first token type and the different token type are stored in the access token file. initiates a session (140, 142, 144) by transmitting a first request for a connection to said target server using a first token type to be validated by the target server, and if said first request fails, automatically transmits a second request for a connection to said target server using a different token type to be validated by the target server, wherein the first token type and the different token type are stored in the access token file.
A golf club head, comprising: a club head body including a crown portion and a sole portion, wherein the sole portion includes a borehole therethrough, a borehole insert that extends through the borehole and into the club head body, the club head body further including a post that engages the borehole insert, the post having a first end and a second end opposite the first end, wherein when the post is inserted into the club head body, the first end is inserted through the borehole insert and the second end of the post releasably engages the borehole insert and is substantially flush with or countersunk into the sole portion, wherein the post includes external threads and the borehole insert includes internal threads that releasably engage the post external threads when the post is inserted into the club head body, wherein a length of the post is selectively varied to alter a sound emanating from the club head body when a golf ball contacts the ball striking face, and further wherein the club head body includes a crown support located at or adjacent to the crown portion of the club head body that includes a compressible material provided in the crown support to enable various lengths of the post to be accommodated within the club head body, to enable application of a variety of different forces, and to help prevent movement and rattling of the post within the crown support; a ball striking face engaged with or integrally formed as part of the club head body; and a hosel member engaged with or integrally formed with at least a portion of the club head. a club head body including a crown portion and a sole portion, wherein the sole portion includes a borehole therethrough, a borehole insert that extends through the borehole and into the club head body, the club head body further including a post that engages the borehole insert, the post having a first end and a second end opposite the first end, wherein when the post is inserted into the club head body, the first end is inserted through the borehole insert and the second end of the post releasably engages the borehole insert and is substantially flush with or countersunk into the sole portion, wherein the post includes external threads and the borehole insert includes internal threads that releasably engage the post external threads when the post is inserted into the club head body, wherein a length of the post is selectively varied to alter a sound emanating from the club head body when a golf ball contacts the ball striking face, and further wherein the club head body includes a crown support located at or adjacent to the crown portion of the club head body that includes a compressible material provided in the crown support to enable various lengths of the post to be accommodated within the club head body, to enable application of a variety of different forces, and to help prevent movement and rattling of the post within the crown support; a ball striking face engaged with or integrally formed as part of the club head body; and a hosel member engaged with or integrally formed with at least a portion of the club head.
An apparatus (100, 200) comprising: voltage summation logic to provide a summed voltage corresponding to a sum of voltage contributions, each voltage contribution associated with a corresponding port controller of a plurality of port controllers (110, 120, 210); and a first port controller to determine, based on the summed voltage, whether a second power source is to be coupled to a system power bus (160, 250) of a system via a second port controller of the plurality of port controllers, and if not, the first port controller is to couple a first power source to the system power bus; wherein the voltage summation logic includes a resistor (130, 230) having a first resistor terminal coupled to ground and a second resistor terminal coupled to each of the at least two port controllers, and wherein the summed voltage is to be measured between the first resistor terminal and the second resistor terminal. voltage summation logic to provide a summed voltage corresponding to a sum of voltage contributions, each voltage contribution associated with a corresponding port controller of a plurality of port controllers (110, 120, 210); and a first port controller to determine, based on the summed voltage, whether a second power source is to be coupled to a system power bus (160, 250) of a system via a second port controller of the plurality of port controllers, and if not, the first port controller is to couple a first power source to the system power bus; wherein the voltage summation logic includes a resistor (130, 230) having a first resistor terminal coupled to ground and a second resistor terminal coupled to each of the at least two port controllers, and wherein the summed voltage is to be measured between the first resistor terminal and the second resistor terminal.
An internal combustion engine, comprising: a muffler configured to reduce exhaust gas noise, the muffler having a housing defining an interior and an exterior; a choke valve configured to control a flow of air in a carburettor; a thermally responsive element coupled with the choke valve and configured to move the choke valve in response to a temperature change in the thermally responsive element; and characterized by a thermally conductive member having a first portion positioned in the interior of the muffler in direct contact with the exhaust gases and extending through the muffler housing to the exterior of the muffler, and having a second portion positioned exteriorly of the muffler and coupled to the thermally responsive element, the thermally conductive member configured to conduct heat from exhaust gases within the muffler to the thermally responsive element. a muffler configured to reduce exhaust gas noise, the muffler having a housing defining an interior and an exterior; a choke valve configured to control a flow of air in a carburettor; a thermally responsive element coupled with the choke valve and configured to move the choke valve in response to a temperature change in the thermally responsive element; and characterized by a thermally conductive member having a first portion positioned in the interior of the muffler in direct contact with the exhaust gases and extending through the muffler housing to the exterior of the muffler, and having a second portion positioned exteriorly of the muffler and coupled to the thermally responsive element, the thermally conductive member configured to conduct heat from exhaust gases within the muffler to the thermally responsive element.
Apparatus for driving a fastening element into a substrate, having a mechanical energy store for storing mechanical energy, an energy transmission element, which is movable along a setting axis between a starting position and a setting position, for transmitting energy from the mechanical energy store to the fastening element, a coupling device for temporarily holding the energy transmission element only in the starting position, and an energy transmission device having a linearly movable linear output for transferring the energy transmission element from the setting position into the starting position towards the coupling device, characterized in that the coupling device comprises a locking element that is movable transversely to the setting axis, an inner sleeve that is oriented along the setting axis and has a cutout, extending transversely to the setting axis, for receiving the locking element, and an outer sleeve, engaging around the inner sleeve, having a support face for supporting the locking element.
An imaging cartridge chip with self-adaptive contacts, connectable with an imaging body of an imaging device having a plurality of static contacts when the imaging cartridge chip is fixed on an imaging cartridge which is mountable on the imaging device, the imaging cartridge chip comprising a group of dynamic contacts being able to contact with the static contacts disposed on the imaging body, the imaging cartridge chip being able to store information and to communicate with the imaging body via contacting of the dynamic contacts with the static contacts, wherein, each contact in the group of dynamic contacts has a plurality of contact functions corresponding to all the static contacts; and the imaging cartridge chip further comprises a contact identification module, configured to determine a specific function of each contact in the group of the dynamic contacts to correspond to the control function of the static contact according to a signal acquired by the dynamic contact from the static contact when the dynamic contact is in contact with the static contact.
A catheter insertion system comprising: a. an IV catheter comprising a distal cannula attached to a proximal hollow hub; b. a forward arm attachably connected to a proximal portion of said IV catheter or element connected thereto, and extending distally therefrom; c. a needle configured to pass through and protrude from the cannula wherein said system further comprises a needle holder unit comprising the needle and two side arms (25a, 25b) substantially parallel to said needle; wherein the needle holder unit comprises a proximal hub, wherein the needle is distally connected to said proximal hub; wherein the needle holder unit two side arms (25a, 25b) are connected to the proximal hub at their proximal ends; wherein the two side arms comprise slanted portions (26a, 26b) at their distal ends, such that said distal ends are disposed near to each other; and wherein the side arms (25a, 25b) are configured to open outwardly when the catheter hub engages the slanted portions (26a, 26b). a. an IV catheter comprising a distal cannula attached to a proximal hollow hub; b. a forward arm attachably connected to a proximal portion of said IV catheter or element connected thereto, and extending distally therefrom; c. a needle configured to pass through and protrude from the cannula
An anti-cancer drug for use in a method for killing or inhibiting the growth of cancer cells in a target region, the method comprising the simultaneous steps of treating the cancer cells with the anti-cancer drug and applying an electric field to the target region for a period of time while the cancer cells are being treated with the anti-cancer drug, wherein the electric field is configured to damage the cancer cells or inhibit growth of the cancer cells but leaving normal cells in the target region substantially unharmed, wherein the electric field is an AC electric field having a frequency between 100 kHz and 300 kHz and a field strength in the target region of at least 1 V/cm, and the AC electric field is applied in at least two different directions in an alternating sequence by applying the AC electric field between two different sets of electrodes (110, 120).
A spunbond nonwoven fabric comprising a plurality of continuous bicomponent fibers having a sheath/core configuration, wherein the sheath/core configuration consists of two polymers, wherein the first polymer is an ionomer of ethylene/(meth)acrylic acid copolymer that forms the sheath and the second polymer is a polyamide that forms the core.
A variable vane (62; 162) comprising: a variable vane body (66; 166) including an airfoil portion (68; 168), the variable vane body (66; 166) being formed of a first material; and a trunnion (70; 170) attached at one end of the variable vane body (66; 166), the trunnion (70; 170) including a pivot (72; 172) formed of a second, different material; characterised in that: the first material has a first density and the second material has a second density that is greater than the first density, and the first material has a first strength and a second material has a second strength that is greater than first strength. a variable vane body (66; 166) including an airfoil portion (68; 168), the variable vane body (66; 166) being formed of a first material; and a trunnion (70; 170) attached at one end of the variable vane body (66; 166), the trunnion (70; 170) including a pivot (72; 172) formed of a second, different material; characterised in that: the first material has a first density and the second material has a second density that is greater than the first density, and the first material has a first strength and a second material has a second strength that is greater than first strength.
Compressed air conditioning system for a vehicle, in particular for a commercial vehicle, comprising: - a compressed air inlet, - an air drier cartridge coupled to the compressed air inlet via a compressed air delivery line, and - a bleeder valve located in a vent line branching off a compressed air delivery line at a branching point, wherein - a screening element is located in the vent line at least partially between the branching point and the bleeder valve, characterised in that - the vent line is at least partially designed as a insertion passage, which extends in an axial direction in a housing of the compressed air conditioning system, wherein the screening element can be inserted into the insertion passage in the axial direction. - a compressed air inlet, - an air drier cartridge coupled to the compressed air inlet via a compressed air delivery line, and - a bleeder valve located in a vent line branching off a compressed air delivery line at a branching point, wherein - a screening element is located in the vent line at least partially between the branching point and the bleeder valve, - the vent line is at least partially designed as a insertion passage, which extends in an axial direction in a housing of the compressed air conditioning system, wherein the screening element can be inserted into the insertion passage in the axial direction.