mhurhangee/patent-ind-claim-en huggingface dataset:
A supply means for toilet paper, comprising - a receptacle for a toilet paper roll and - a guide for toilet paper unrolled from the toilet paper roll , - wherein the guide comprises two spindles arranged flush, the free ends of which are arranged opposite one another at a distance such that a free region for inserting toilet paper is formed between the ends . - a receptacle for a toilet paper roll and - a guide for toilet paper unrolled from the toilet paper roll , - wherein the guide comprises two spindles arranged flush, the free ends of which are arranged opposite one another at a distance such that a free region for inserting toilet paper is formed between the ends .
An automatic gain control, AGC, circuit , comprising: a base current-gain circuit having a programmable source degeneration resistance responsive to first bits of an AGC code word; a programmable current-gain circuit , coupled between an input and an output of the base current-gain circuit , having a programmable current source responsive to second bits of the AGC code word; a bleeder circuit , coupled to the output of the base current-gain circuit , having a programmable current source responsive to logical complements of the second bits of the AGC code word; and a load circuit coupled to the output of the base current-gain circuit ; wherein a portion of the AGC code word consists of a first plurality of the first bits interleaved with a first plurality of the second bits. a base current-gain circuit having a programmable source degeneration resistance responsive to first bits of an AGC code word; a programmable current-gain circuit , coupled between an input and an output of the base current-gain circuit , having a programmable current source responsive to second bits of the AGC code word; a bleeder circuit , coupled to the output of the base current-gain circuit , having a programmable current source responsive to logical complements of the second bits of the AGC code word; and a load circuit coupled to the output of the base current-gain circuit ; wherein a portion of the AGC code word consists of a first plurality of the first bits interleaved with a first plurality of the second bits.
An operating device for an automatically switched manual gearbox, which gearbox is provided with a movable engagement element for each gear, which operating device is provided with rotary shafts and rotatable shift finger means to move selected engagement elements, each shift finger means comprising a number of separate shift fingers each associated with a specific engagement element and separately pivotable independently of the other shift fingers, characterised in that the shift fingers are fitted axially after one another along a rotary shaft package comprising said number of rotary shafts which are coaxially arranged to one another and which are pivotable relative to one another and are each connected to, for joint rotation with, a specific shift finger of said number of separate shift fingers.
In a label printer mechanism , a method comprising: printing on a first label carried by a carrier web in the label printer mechanism to produce a first custom printed customer engagement label , the first custom printed customer engagement label being printed with a first set of data; within the label printer mechanism, as the carrier web travels in a first direction affixing the first custom printed customer engagement label to a surface of a first personalized plastic card ; after the first custom printed customer engagement label is produced, moving the carrier in a second direction opposite the first direction, and printing on a second label in the label printer mechanism to produce a second custom printed customer engagement label , the second custom printed customer engagement label being printed with a second set of data that differs from the first set of data; and within the label printer mechanism, as the carrier web travels in the first direction affixing the second custom printed customer engagement label to a surface of a second personalized plastic card . printing on a first label carried by a carrier web in the label printer mechanism to produce a first custom printed customer engagement label , the first custom printed customer engagement label being printed with a first set of data; within the label printer mechanism, as the carrier web travels in a first direction affixing the first custom printed customer engagement label to a surface of a first personalized plastic card ; after the first custom printed customer engagement label is produced, moving the carrier in a second direction opposite the first direction, and printing on a second label in the label printer mechanism to produce a second custom printed customer engagement label , the second custom printed customer engagement label being printed with a second set of data that differs from the first set of data; and within the label printer mechanism, as the carrier web travels in the first direction affixing the second custom printed customer engagement label to a surface of a second personalized plastic card .
A method for manufacturing a semifinished product or part , in which a metal support embodied as a metal sheet or blank is covered with at least one prepreg containing a thermally cross-linkable thermosetting matrix with endless fibers, the thermosetting matrix of the prepreg is pre-cross-linked by heating, and the metal support covered with the pre-cross-linked prepreg is formed into a semifinished product or part by means of deep drawing or stretch deep drawing, wherein during the pre-cross-linking of the thermosetting matrix of the prepreg , its matrix is transferred into a viscosity state (η) that is higher than its minimum viscosity (η min ) and prior to reaching its gel point (Pc), the prepreg is formed together with the metal support . a metal support embodied as a metal sheet or blank is covered with at least one prepreg containing a thermally cross-linkable thermosetting matrix with endless fibers, the thermosetting matrix of the prepreg is pre-cross-linked by heating, and the metal support covered with the pre-cross-linked prepreg is formed into a semifinished product or part by means of deep drawing or stretch deep drawing, wherein during the pre-cross-linking of the thermosetting matrix of the prepreg , its matrix is transferred into a viscosity state (η) that is higher than its minimum viscosity (η min ) and prior to reaching its gel point (Pc), the prepreg is formed together with the metal support .
A composite material with a plurality of fibre composite layers and a region of reinforcement with at least one reinforcement layer of a material which reinforces the fibre composite layers , and with perforations in the reinforcement layer characterised in that one or more bores are conducted through the composite material in the region , in which the fibre composite layers are provided with one or more reinforcement layers , in that bolts are guided through the bore(s) , in that facilities for engaging with forces are provided at the bolts, in that the or at least one of the reinforcement layers are configured to be homogenous and free of perforations in a region around the bore(s) , and in that the reinforcement layer in regions outside the region around the bores is provided with perforations , the size and/or number per unit area of which are formed in dependence on the loading condition of the reinforcement layer in the respective regions .
An apparatus comprising: a gas turbine engine having a blade track segment circumferentially extending between a first arc end and a second arc end and having: a radially inner side and a radially outer side, the radially outer side having a raised seal portion disposed near the first arc end of the blade track segment and structured to engage a sealing member to discourage passage of a working fluid between the radially inner side and the radially outer side, wherein the sealing member is disposed along the radially outer side, wherein the gas turbine engine has a plurality of the blade track segments around a turbine section of the gas turbine engine, and wherein a split line between neighboring blade track segments is sealed with the sealing member that engages raised seal portions on each of the neighboring blade track segments . a gas turbine engine having a blade track segment circumferentially extending between a first arc end and a second arc end and having: a radially inner side and a radially outer side, the radially outer side having a raised seal portion disposed near the first arc end of the blade track segment and structured to engage a sealing member to discourage passage of a working fluid between the radially inner side and the radially outer side, a radially inner side and a radially outer side, the radially outer side having a raised seal portion disposed near the first arc end of the blade track segment and structured to engage a sealing member to discourage passage of a working fluid between the radially inner side and the radially outer side, wherein the sealing member is disposed along the radially outer side, wherein the gas turbine engine has a plurality of the blade track segments around a turbine section of the gas turbine engine, and wherein a split line between neighboring blade track segments is sealed with the sealing member that engages raised seal portions on each of the neighboring blade track segments .
A vibration damping and suspension device for a railway vehicle, comprising a top cover , an elastic annular member and an outer sleeve , wherein the top cover has an inner positioning pillar and an outer gland , the outer sleeve is fixedly connected to an outer peripheral wall of the elastic annular member , the inner positioning pillar is fixedly inserted in the elastic annular member , both the outer sleeve and the elastic annular member are provided with an opening (O) extending in a radial direction, to allow the outer gland to pre-press the elastic annular member against the inner positioning pillar in the radial direction by means of the outer sleeve ; and wherein a wearing ring is arranged between the outer sleeve and the outer gland , and the wearing ring is provided with an opening (O) extending in the radial direction.
Apparatus comprising: a participant device in communication with a conferencing system via a network, the conferencing system being in communication via the network with a plurality of other participant devices to connect the plurality of participant devices to a conference, and one or more recording databases for recording the conference being in communication via the network, wherein the participant device includes a graphical user interface that indicates a status of one or more of the other participant devices to show whether the other participant devices are participating in a live mode or a catch-up mode to the conference characterized in that the participant device indicates the portions of the recording that the other participant devices in the catch-up mode have reviewed, have not reviewed, and are currently reviewing, wherein the graphical user interface allows the participant to mark a section of the conference as mandatory catch-up material for at least one participant, and wherein the apparatus is configured to permit the at least one participant to catch up to a live mode of the conference only after the at least one participant has reviewed the mandatory catch-up material. a participant device in communication with a conferencing system via a network, the conferencing system being in communication via the network with a plurality of other participant devices to connect the plurality of participant devices to a conference, and one or more recording databases for recording the conference being in communication via the network, wherein the participant device includes a graphical user interface that indicates a status of one or more of the other participant devices to show whether the other participant devices are participating in a live mode or a catch-up mode to the conference characterized in that the participant device indicates the portions of the recording that the other participant devices in the catch-up mode have reviewed, have not reviewed, and are currently reviewing, wherein the graphical user interface allows the participant to mark a section of the conference as mandatory catch-up material for at least one participant, and wherein the apparatus is configured to permit the at least one participant to catch up to a live mode of the conference only after the at least one participant has reviewed the mandatory catch-up material.
Drainage channel with integrated curbstone, which is formed monolithically with a channel body and has a road-side slope , in which inlet openings for surface water are formed, wherein the curbstone has a stepped approach and grouting edge , which is adjoined by a vertical front wall of the channel body , wherein the approach and grouting edge forms a horizontal spacer surface between the vertical front wall 26 of the channel body and the lower edge 27 of the slope 11, which extends continuously over the entire length of the curbstone , including the areas in which the inlet openings are formed, characterized in that the approach and grouting edge has a width of 0.5 to 60 cm and extends at a distance below the inlet openings along the longitudinal axis of the curbstone .
An ultrasonic surgical instrument , comprising: a housing defining a proximal opening ; an ultrasonic transducer assembly extending through the proximal opening into the housing, the ultrasonic transducer assembly including a horn disposed within the housing, the horn having a first engagement member disposed at a free distal end thereof, the ultrasonic transducer assembly further including an inner housing extending through the proximal opening and an outer knob disposed externally of the housing and slidably positioned about the inner housing in fixed rotational orientation relative thereto, the outer knob selectively translatable relative to the inner housing between a proximal, unlocked position, wherein the outer knob is proximally-spaced from the housing, and a distal, locked position wherein the outer knob is engaged with the housing to thereby rotationally lock the ultrasonic transducer relative to the housing; and a waveguide defining a blade at a distal end and a second engagement member at a proximal end, the second engagement member configured to releasably engage the first engagement member to thereby engage the waveguide with the ultrasonic transducer assembly. a housing defining a proximal opening ; an ultrasonic transducer assembly extending through the proximal opening into the housing, the ultrasonic transducer assembly including a horn disposed within the housing, the horn having a first engagement member disposed at a free distal end thereof, the ultrasonic transducer assembly further including an inner housing extending through the proximal opening and an outer knob disposed externally of the housing and slidably positioned about the inner housing in fixed rotational orientation relative thereto, the outer knob selectively translatable relative to the inner housing between a proximal, unlocked position, wherein the outer knob is proximally-spaced from the housing, and a distal, locked position wherein the outer knob is engaged with the housing to thereby rotationally lock the ultrasonic transducer relative to the housing; and a waveguide defining a blade at a distal end and a second engagement member at a proximal end, the second engagement member configured to releasably engage the first engagement member to thereby engage the waveguide with the ultrasonic transducer assembly.
An integrated optical circuit , comprising: a first substrate formed of a first material; a first waveguide formed of a second material and positioned on the first substrate , wherein the first waveguide comprises an input section and multiple branches that form a Y junction, wherein the first waveguide 106 is configured to polarize light beams that propagate through the first waveguide ; a second substrate formed of a third material, wherein the second substrate is coupled to or positioned on the first substrate ; a plurality of first straight waveguides formed in the second substrate , wherein each of the plurality of first straight waveguides is optically coupled to a respective branch of the plurality of branches of the first waveguide ; and a plurality of electrodes positioned proximate to the plurality of first straight waveguides , wherein the plurality of electrodes is configured to modulate the phase of light beams that propagate through the plurality of first straight waveguides . a first substrate formed of a first material; a first waveguide formed of a second material and positioned on the first substrate , wherein the first waveguide comprises an input section and multiple branches that form a Y junction, wherein the first waveguide 106 is configured to polarize light beams that propagate through the first waveguide ; a second substrate formed of a third material, wherein the second substrate is coupled to or positioned on the first substrate ; a plurality of first straight waveguides formed in the second substrate , wherein each of the plurality of first straight waveguides is optically coupled to a respective branch of the plurality of branches of the first waveguide ; and a plurality of electrodes positioned proximate to the plurality of first straight waveguides , wherein the plurality of electrodes is configured to modulate the phase of light beams that propagate through the plurality of first straight waveguides .
A method performed by a network equipment for estimating locations of signal shadowing obstructions in a wireless communication network, characterized in that the method comprises: receiving from User Equipments, UEs, an identification of neighboring UEs from which the UEs have received a reference signal via a non-line-of-sight, NLoS, sidelink transmission; estimating locations of signal shadowing obstructions based on location information of UEs associated with the NLoS sidelink transmissions; and configuring communications between the network equipment and at least one UE based on an estimated location of at least one signal shadowing obstruction. receiving from User Equipments, UEs, an identification of neighboring UEs from which the UEs have received a reference signal via a non-line-of-sight, NLoS, sidelink transmission; estimating locations of signal shadowing obstructions based on location information of UEs associated with the NLoS sidelink transmissions; and configuring communications between the network equipment and at least one UE based on an estimated location of at least one signal shadowing obstruction.
A bioreactor comprising: at least one rise chamber containing a growth medium, wherein the at least one rise chamber has a plurality of transverse elements projecting from the inner sides of the wall elements of the at least one rise chamber , the plurality of transverse elements forming a plurality of interior chambers being divided by the plurality of transverse elements ; at least one down chamber connected to the at least one rise chamber at a top and at a bottom to form a loop; a gas inlet connected to the at least one rise chamber for supplying an interruptible gas flow to the at least one rise chamber , wherein the gas inlet is connected to at least one of a mass flow controller or a valve configured to adjust the interruptible gas flow depending on an amount of light falling on the bioreactor. at least one rise chamber containing a growth medium, wherein the at least one rise chamber has a plurality of transverse elements projecting from the inner sides of the wall elements of the at least one rise chamber , the plurality of transverse elements forming a plurality of interior chambers being divided by the plurality of transverse elements ; at least one down chamber connected to the at least one rise chamber at a top and at a bottom to form a loop; a gas inlet connected to the at least one rise chamber for supplying an interruptible gas flow to the at least one rise chamber , wherein the gas inlet is connected to at least one of a mass flow controller or a valve configured to adjust the interruptible gas flow depending on an amount of light falling on the bioreactor.
A method for controlling a fluid-flow sensor in the presence of a flowing fluid, the method comprising: receiving a signal from a heater of the fluid-flow sensor ; receiving a signal from a temperature sensor of the fluid-flow sensor ; determining an initial estimate of a parameter corresponding to a flow rate of the flowing fluid; comparing the initial estimate to a threshold parameter; and based on the comparison, determining the parameter corresponding to the flow rate of the flowing fluid based on a combination of the signal from the temperature sensor and the signal from the heater of the fluid-flow sensor . receiving a signal from a heater of the fluid-flow sensor ; receiving a signal from a temperature sensor of the fluid-flow sensor ; determining an initial estimate of a parameter corresponding to a flow rate of the flowing fluid; comparing the initial estimate to a threshold parameter; and based on the comparison, determining the parameter corresponding to the flow rate of the flowing fluid based on a combination of the signal from the temperature sensor and the signal from the heater of the fluid-flow sensor .
A separator for a non-aqueous secondary battery, the separator comprising: a porous substrate using a polyolefin porous film comprising polyethylene and/or polypropylene; and a heat-resistant porous layer that is provided only on one side of the porous substrate, and that contains a heat-resistant resin and a filler, wherein a TD elastic modulus of the porous substrate is from 1.2 GPa to 5.0 GPa; wherein the TD elastic modulus is measured according to the method described in the description. a porous substrate using a polyolefin porous film comprising polyethylene and/or polypropylene; and a heat-resistant porous layer that is provided only on one side of the porous substrate, and that contains a heat-resistant resin and a filler, wherein a TD elastic modulus of the porous substrate is from 1.2 GPa to 5.0 GPa; wherein the TD elastic modulus is measured according to the method described in the description.
Blower for protecting agricultural plantations, with at least one drive motor , a blower rotor and a frame which has a supporting column consisting of a plurality of telescoped segments , which are displaceable relative to one another in the axial direction in order to change the length of the support column , wherein the blower rotor can be fastened to the upper segment of the support column , a base frame , in the central region of which the support column is fastened, characterized in that four legs are pivotably attached to the base frame, wherein a hydraulic cylinder is arranged on each of the pivotable legs and in the upper region of the lower segment of the support column, which hydraulic cylinder pivots the respective leg from an operating position into a storage position, wherein the legs extend almost horizontally and in the plane of the base frame in the operating position and are drawn as far as possible against the support column in the storage position.