mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing a number of channels M in a group of channels to reduce time overlap of scanned time regions of a period between beacon transmissions S0 for successive passive scans by a radio of the same channel, wherein the method is performed by a multi-radio mobile terminal comprising a radio that includes at least a WLAN radio and a WWAN radio, and wherein the WWAN radio does not transmit signals during an absence period S1, the method comprising: permitting a radio to passively scan for a beacon on a first channel of the group of M channels for a scan duration, T1, of an absence period, S1; wherein the scan duration, T1, covers a first time region of a period between beacon transmissions, S0; permitting the radio to passively scan for a beacon on a different channel of the group of M channels for the scan duration, T1, of a repetition of the absence period, S1, until the radio completes a passive scan for all M channels; permitting the radio to passively scan again for a beacon on the first channel during the scan duration, T1, of a further repetition of the absence period, S1, wherein the scan duration, T1, covers a different time region of a repetition of the period between beacon transmissions, S0, that partially overlaps with the first time region; and identifying a beacon in any channel based in part on an incomplete portion of the beacon; wherein the number of channels M is: M = floor T 1 / T 2, where T2 represents a time shift that occurs per absence period given by T2 = |S0-S1|. permitting a radio to passively scan for a beacon on a first channel of the group of M channels for a scan duration, T1, of an absence period, S1; wherein the scan duration, T1, covers a first time region of a period between beacon transmissions, S0; permitting the radio to passively scan for a beacon on a different channel of the group of M channels for the scan duration, T1, of a repetition of the absence period, S1, until the radio completes a passive scan for all M channels; permitting the radio to passively scan again for a beacon on the first channel during the scan duration, T1, of a further repetition of the absence period, S1, wherein the scan duration, T1, covers a different time region of a repetition of the period between beacon transmissions, S0, that partially overlaps with the first time region; and identifying a beacon in any channel based in part on an incomplete portion of the beacon; wherein the number of channels M is: M = floor T 1 / T 2, where T2 represents a time shift that occurs per absence period given by T2 = |S0-S1|.
An epoxy resin composition comprising a polyol composition comprising a first polyol (A-I) having a number average molecular weight of 1000 to 10000 and a core-shell polymer having a volume average particle diameter of 0.01 to 0.6 μm, wherein an amount of the core-shell polymer is 35 to 60 % by weight per 100 % by weight of the polyol composition, the core-shell polymer is uniformly dispersed in the first polyol (A-I), a polymer constituting a shell layer of the core-shell polymer has a solubility parameter as calculated by the method of Fedors of 9.30 to 10.20 (cal/cm 3) 1/2, and the polymer constituting the shell layer is polymerized with at least 25 to 90 % by weight of an alkyl (meth)acrylate having a linear or branched alkyl group of 4 to 10 carbons; an epoxy resin; and an epoxy resin curing agent. an amount of the core-shell polymer is 35 to 60 % by weight per 100 % by weight of the polyol composition, the core-shell polymer is uniformly dispersed in the first polyol (A-I), a polymer constituting a shell layer of the core-shell polymer has a solubility parameter as calculated by the method of Fedors of 9.30 to 10.20 (cal/cm 3) 1/2, and the polymer constituting the shell layer is polymerized with at least 25 to 90 % by weight of an alkyl (meth)acrylate having a linear or branched alkyl group of 4 to 10 carbons; an epoxy resin; and an epoxy resin curing agent.
A flat-bed sheet punching and/or embossing machine with a punching and/or embossing station comprising an upper table and a lower table, characterized in that the lower table comprises a plurality of metal blocks arranged next to one another in a matrix like manner, wherein each metal block includes an independently controllable heating device for a targeted heating of a respective metal block.
A wave energy converter system comprising: a container designed to be responsive to wave motion in a body of water, said container having two opposite ends; each end having a top region and a bottom region and the distance between the top and bottom regions defining a travel distance; a wave energy converter device, located within the container, including a first reaction mass positioned near one end of the container and a power take off device responsive to movement of the first reaction mass for converting motion thereof into useful energy, characterized by a second reaction mass positioned near the opposite end of the container, said first and second reaction masses being contained within the container and movable relative to the container, and means (110, 112) coupled to said first and second reaction masses and interconnecting them so they move generally up and down between their respective top and bottom regions within the container and such that when one reaction mass moves up the other reaction mass moves down and when the one reaction mass moves down the other reaction mass moves up, the PTO being responsive to the movement of the reaction masses for converting their motion into useful energy. a container designed to be responsive to wave motion in a body of water, said container having two opposite ends; each end having a top region and a bottom region and the distance between the top and bottom regions defining a travel distance; a wave energy converter device, located within the container, including a first reaction mass positioned near one end of the container and a power take off device responsive to movement of the first reaction mass for converting motion thereof into useful energy, characterized by a second reaction mass positioned near the opposite end of the container, said first and second reaction masses being contained within the container and movable relative to the container, and means (110, 112) coupled to said first and second reaction masses and interconnecting them so they move generally up and down between their respective top and bottom regions within the container and such that when one reaction mass moves up the other reaction mass moves down and when the one reaction mass moves down the other reaction mass moves up, the PTO being responsive to the movement of the reaction masses for converting their motion into useful energy.
An attachment structure (200,1200) that attaches a function component (250,1240) having a function of detecting a state of a tire to an inner surface of the tire, comprising: a pedestal (210,1210) formed of an elastic member, and including a pedestal lower surface bonded to the inner surface of the tire, and a pedestal upper surface arranged opposite the pedestal lower surface, characterised in that: the pedestal lower surface has a shape recessed toward a center of the pedestal in a cross section along a tire circumferential direction, in a state before the pedestal is bonded to the inner surface of the tire. a pedestal (210,1210) formed of an elastic member, and including a pedestal lower surface bonded to the inner surface of the tire, and a pedestal upper surface arranged opposite the pedestal lower surface, characterised in that: the pedestal lower surface has a shape recessed toward a center of the pedestal in a cross section along a tire circumferential direction, in a state before the pedestal is bonded to the inner surface of the tire.
A method in a first terminal device for facilitating direct communication with a second terminal device, comprising: - transmitting to the second terminal device a Modulation and Coding Scheme, MCS, index, based on which the second terminal device can obtain a modulation order and a Transport Block Size, TBS, in accordance with a first mapping or a second mapping between MCS indices on one hand and modulation orders and TBSs on the other, wherein the MCS index is determined by the first terminal device by applying the first or second mapping. - transmitting to the second terminal device a Modulation and Coding Scheme, MCS, index, based on which the second terminal device can obtain a modulation order and a Transport Block Size, TBS, in accordance with a first mapping or a second mapping between MCS indices on one hand and modulation orders and TBSs on the other,
Use of polysaccharides from the group of gums in cosmetic preparations comprising UV filters for reducing soiling and/or discolouration of textiles caused by the UV filters in the preparation.
A digital-to-analog conversion, DAC, circuit comprising an input configured to receive a digital signal having high order bits and low order bits; a string current source configured to generate a string current based on a ratio of a reference voltage divided by a predetermined resistance, the string current source having a string current output lead to deliver the string current; a resistor string having a string resistor coupled between a high string node (113-z) and a low string node (113-a), the string resistor having a string resistance based on the predetermined resistance; a string switch circuit coupled to the string current output lead, the string switch circuit configured to selectively deliver the string current to a selected tap node of the resistor string based on the low order bits of the digital input signal; a bridge resistor coupled between the high string node (113-z) of the resistor string and a string output node, the bridge resistor having a bridge resistance based on the string resistance and the predetermined resistance; a resistor ladder coupled to the string output node and to an output node, the resistor ladder having a stem resistor and a branch resistor, the branch resistor having a branch resistance based on a sum of the string resistance and the bridge resistance, and the stem resistor having a stem resistance substantially equal to half of the branch resistance; a ladder switch circuit coupled to the branch resistor of the resistor ladder, the ladder switch circuit controlled by the high order bits of the digital input signal to selectively connect the branch resistor to either the reference voltage or a ground voltage; the output node configured to deliver a DAC output voltage.
A composite item of footwear/handwear (10, 210, 310) having a main body (12, 212, 312) defining a volume to accommodate the hand/foot of a wearer of the item, the main body comprising an outer layer (16, 116, 216, 316), an inner layer (18, 118, 318) and a waterproof and breathable intermediate layer (20, 120, 320) between the outer and inner layers, the main body having an opening (22, 122, 222, 322) through which a foot/hand can be inserted to be accommodated in the volume, the opening defined by a cuff arrangement (24, 124, 224, 324) comprising a cuff region (25, 125, 325) of the main body that comprises an end region (28, 30, 128, 130, 328, 330) of each of the inner and intermediate layers and a cuff inner portion (32, 132, 332) of the outer layer that extends beyond the said end regions, the cuff arrangement further comprising a waterproof cuff band (34, 134, 234, 334) that is fixed to one or both of the cuff inner portion of the outer layer and end region of the inner layer characterized in that the waterproof cuff band (34, 134, 234, 334) is configured to extend over the inside (36, 136, 336) and around the open end of the cuff inner portion and back over the outside (40, 140, 340) of the cuff inner portion to lie over and fixed to the outside of the outer layer, the location at which the waterproof cuff band is fixed to the outer layer is at a distance from the opening that is greater than the distance between the opening and the location at which the waterproof cuff band is fixed to the cuff inner portion or end region of the inner layer.
A hydraulic machine, comprising: a rotor shaft; a cylinder provided along a radial direction of the rotor shaft; a piston forming a hydraulic chamber together with the cylinder, the piston being configured to be guided by the cylinder so as to be reciprocally movable along the radial direction in the cylinder; a low pressure hydraulic line and a high pressure hydraulic line which are communicable with the hydraulic chamber; a cam disposed in a cam chamber which is located on an inner side in the radial direction with respect to the cylinder, the cam being configured to rotate together with the rotor shaft in conjunction with a reciprocating motion of the piston; a high pressure valve disposed between the hydraulic chamber and the high pressure hydraulic line for switching a communication state between the hydraulic chamber and the high pressure hydraulic line by using a first electromagnet, a low pressure valve disposed between the hydraulic chamber and the low pressure hydraulic line for switching a communication state between the hydraulic chamber and the low pressure hydraulic line by using a second electromagnet provided separately from the first electromagnet; wherein the low pressure valve has a low pressure valve body (46;46') disposed, on an inner side in the radial direction with respect to a high pressure valve body of the high pressure valve, between the cylinder and the low pressure hydraulic line characterized in that the cam chamber forms at least part of the low pressure hydraulic line. a rotor shaft; a cylinder provided along a radial direction of the rotor shaft; a piston forming a hydraulic chamber together with the cylinder, the piston being configured to be guided by the cylinder so as to be reciprocally movable along the radial direction in the cylinder; a low pressure hydraulic line and a high pressure hydraulic line which are communicable with the hydraulic chamber; a cam disposed in a cam chamber which is located on an inner side in the radial direction with respect to the cylinder, the cam being configured to rotate together with the rotor shaft in conjunction with a reciprocating motion of the piston; a high pressure valve disposed between the hydraulic chamber and the high pressure hydraulic line for switching a communication state between the hydraulic chamber and the high pressure hydraulic line by using a first electromagnet, a low pressure valve disposed between the hydraulic chamber and the low pressure hydraulic line for switching a communication state between the hydraulic chamber and the low pressure hydraulic line by using a second electromagnet provided separately from the first electromagnet; wherein the low pressure valve has a low pressure valve body (46;46') disposed, on an inner side in the radial direction with respect to a high pressure valve body of the high pressure valve, between the cylinder and the low pressure hydraulic line characterized in that the cam chamber forms at least part of the low pressure hydraulic line.
Method for operating a drive train for a mobile machine, a first electric motor driving a working drive of the mobile machine via a first transmission arrangement, a second electric motor driving a propulsion drive of the mobile machine via a second transmission arrangement, and rotational speed increasing of the second electric motor taking place during a shifting operation of the second transmission arrangement out of a higher gear stage into a lower gear stage, characterized in that, during the shifting operation, a drive connection is established via a first clutch between the first electric motor and the propulsion drive, with the result that the propulsion drive is driven (24, 25, 27, 28) by the first electric motor during the shifting operation. a first electric motor driving a working drive of the mobile machine via a first transmission arrangement, a second electric motor driving a propulsion drive of the mobile machine via a second transmission arrangement, and rotational speed increasing of the second electric motor taking place during a shifting operation of the second transmission arrangement out of a higher gear stage into a lower gear stage, characterized in that, during the shifting operation, a drive connection is established via a first clutch between the first electric motor and the propulsion drive, with the result that the propulsion drive is driven (24, 25, 27, 28) by the first electric motor during the shifting operation.
Quick change coupling for fixing a construction machine attachment, preferably on an excavator arm, with - a receiving and fixing device, - a fixed first insertion opening that is molded or fixed at a first end of the receiving and fixing device, - a movable closing element placed on the receiving and fixing device with a second insertion opening that can be moved from an open position in which an attachment can be coupled or uncoupled to a closed position in which the retaining bolts of the attachment are engaged through the insertion openings and clamped, wherein the closing element is pretensioned and lockable in the open position, characterized in that an operating lever is placed movable on the receiving and fixing device, lever that has formed a first hand endpiece so that it can be operated with the first hand of the user of the coupling and which operating lever locks and unlocks the closing element in the open and in the closed position and that the coupling comprises a tension lever with a second endpiece so that the tension lever can be operated with the second hand of the user simultaneously with the operating lever for pretensioning and releasing the closing element. - a receiving and fixing device, - a fixed first insertion opening that is molded or fixed at a first end of the receiving and fixing device, - a movable closing element placed on the receiving and fixing device with a second insertion opening that can be moved from an open position in which an attachment can be coupled or uncoupled to a closed position in which the retaining bolts of the attachment are engaged through the insertion openings and clamped, wherein the closing element is pretensioned and lockable in the open position, characterized in that an operating lever is placed movable on the receiving and fixing device, lever that has formed a first hand endpiece so that it can be operated with the first hand of the user of the coupling and which operating lever locks and unlocks the closing element in the open and in the closed position and that the coupling comprises a tension lever with a second endpiece so that the tension lever can be operated with the second hand of the user simultaneously with the operating lever for pretensioning and releasing the closing element.
A medical device for creating a perforation in a tissue of a septum of a heart, the medical device comprising: an elongated member which is tubular and comprised of an electrically conductive metal, the elongated member having a proximal end and a distal end, the elongated member defining a lumen extending therebetween; wherein the device further comprises: an imaging marker associated with the distal end of the elongated member, the imaging marker being a radiopaque marker; a metal end member in electrical communication with the distal end of the elongated member; an electrically insulating layer covering the elongated member while leaving a distal portion of the metal end member exposed to define an electrode; wherein the imaging marker is distal to the distal end of the elongated member and the electrode is configured to perforate tissue by delivering electrical energy and contains part, all or none of the imaging marker; characterised in that the device further comprises a lateral aperture in the metal end member, in fluid communication with the lumen and proximal to a functional tip that includes the imaging marker and the electrode. an elongated member which is tubular and comprised of an electrically conductive metal, the elongated member having a proximal end and a distal end, the elongated member defining a lumen extending therebetween; wherein the device further comprises: an imaging marker associated with the distal end of the elongated member, the imaging marker being a radiopaque marker; a metal end member in electrical communication with the distal end of the elongated member; an electrically insulating layer covering the elongated member while leaving a distal portion of the metal end member exposed to define an electrode; wherein the imaging marker is distal to the distal end of the elongated member and the electrode is configured to perforate tissue by delivering electrical energy and contains part, all or none of the imaging marker; characterised in that the device further comprises a lateral aperture in the metal end member, in fluid communication with the lumen and proximal to a functional tip that includes the imaging marker and the electrode. an imaging marker associated with the distal end of the elongated member, the imaging marker being a radiopaque marker; a metal end member in electrical communication with the distal end of the elongated member; an electrically insulating layer covering the elongated member while leaving a distal portion of the metal end member exposed to define an electrode; wherein the imaging marker is distal to the distal end of the elongated member and the electrode is configured to perforate tissue by delivering electrical energy and contains part, all or none of the imaging marker; characterised in that the device further comprises a lateral aperture in the metal end member, in fluid communication with the lumen and proximal to a functional tip that includes the imaging marker and the electrode.