mhurhangee/patent-ind-claim-en huggingface dataset:
Process for lowering the concentration of polymeric particles in a mixture containing polymeric particles in aqueous medium, by means of the apparatus according to Claim 8 or 9, characterized in that the polymeric particles in the aqueous medium have a ζ potential, where, if the ζ potential is zero, at least one emulsifier is admixed to the mixture to cause the ζ potential to be ≠ 0, and the mixture is brought between two electrodes between which at least one electrostatic field is generated, where at least one electrode is a movable body which can be moved at least partly out of the mixture and is a rotating roll W, where the roll W as anode or cathode is set in rotation about an axis A and dips at least partly into the mixture G, and the material of the roll W is selected from titanium, and the roll W has at least one coating of iridium oxide (DSA) and a nylon membrane, so that the polymeric particles are deposited on at least part of the surface of the positive or negative electrode. the polymeric particles in the aqueous medium have a ζ potential, where, if the ζ potential is zero, at least one emulsifier is admixed to the mixture to cause the ζ potential to be ≠ 0, and the mixture is brought between two electrodes between which at least one electrostatic field is generated, where at least one electrode is a movable body which can be moved at least partly out of the mixture and is a rotating roll W, where the roll W as anode or cathode is set in rotation about an axis A and dips at least partly into the mixture G, and the material of the roll W is selected from titanium, and the roll W has at least one coating of iridium oxide (DSA) and a nylon membrane, so that the polymeric particles are deposited on at least part of the surface of the positive or negative electrode.
Support system for a sliding door comprising a runner rail , at least one running unit for guiding a door leaf of the sliding door , limiting device for the running unit delimiting the running path of the door leaf , and a lock device via which the door leaf can be locked in an end position, wherein the lock device comprises a bolt means and an engagement element and the bolt means cooperates with the engagement element for locking, wherein the engagement element is arranged at the running unit , wherein the bolt means forms a structural unit with the limiting device , and wherein the bolt means comprises a bolt , characterized in that an automatic restoring force moves the bolt to an unlocking position, wherein the bolt is actuatable into a locking position via a drive means against the automatic restoring force, and wherein the automatic restoring force is generated by gravity so that, due to gravity, the bolt falls into the unlocking position by its own weight.
Air diffusion system for a vehicle interior comprising at least one air vent (60a - 60d, A j ) and orientation means for orienting said at least one air vent, which are capable of directing an air flow delivered by said air vent, the air diffusion system further comprising a detection device for detecting a face (V i ) of at least one individual present in the vehicle interior, connected to said orientation means so as to direct said air flow toward at least the face or faces detected, the detection device comprising control means for controlling said orientation means capable of directing at least one air flow toward a face (V i ), characterized in that the control means and the orientation means are also designed to adjust the divergence of the air jet diffused by an air vent (A j ).
A method for determining a further data block (FTSB), comprising: - receiving (REC-TST) a further timestamp transaction (FTST) with a first interface (IF.1), wherein the further timestamp transaction (FTST) comprises a hash (H(FDS)) of a dataset (FDS) and a further verification time (FVT), - receiving (REC-LDG1) a distributed ledger (LDG) with the first interface (IF.1), wherein the distributed ledger (LDG) comprises data blocks (TSB.1, ..., TSB.3), - determining (DET-BCT1) an average block creation time based on the distributed ledger (LDG) with the first computation unit (CU.1), - determining (DET-CT1) a first time (T.1) by querying a time server with a first computation unit (CU.1), - performing (CHK-1) a first check based on the first time (T.1) and the further verification time (FVT) with the first computation unit (CU.1) to verify that there is an actual chance for creating a further data block (FTSB), wherein performing the first check (CHK-1) is furthermore based on the average block creation time, - in the case of a positive first check, determining (DET-TSB) the further data block (FTSB) based on the distributed ledger (LDG) with the first computation unit (CU.1), wherein the further data block (FTSB) comprises the further timestamp transaction (FTST). - receiving (REC-TST) a further timestamp transaction (FTST) with a first interface (IF.1), wherein the further timestamp transaction (FTST) comprises a hash (H(FDS)) of a dataset (FDS) and a further verification time (FVT), - receiving (REC-LDG1) a distributed ledger (LDG) with the first interface (IF.1), wherein the distributed ledger (LDG) comprises data blocks (TSB.1, ..., TSB.3), - determining (DET-BCT1) an average block creation time based on the distributed ledger (LDG) with the first computation unit (CU.1), - determining (DET-CT1) a first time (T.1) by querying a time server with a first computation unit (CU.1), - performing (CHK-1) a first check based on the first time (T.1) and the further verification time (FVT) with the first computation unit (CU.1) to verify that there is an actual chance for creating a further data block (FTSB), wherein performing the first check (CHK-1) is furthermore based on the average block creation time, - in the case of a positive first check, determining (DET-TSB) the further data block (FTSB) based on the distributed ledger (LDG) with the first computation unit (CU.1), wherein the further data block (FTSB) comprises the further timestamp transaction (FTST).
Thermoplastic film (F) for a laminated glass pane with a wedge insert - which has, in the vertical direction at least in sections, a wedge-angle profile with a continuous nonlinear change in thickness, - wherein the wedge-angle profile has a first section (A 1 ), which has, for preventing double images in transmission, a wedge angle that is constant or is variable at least in sections, - wherein the wedge-angle profile has a second section (A 2 ), which adjoins the first section (A 1 ), wherein the second section (A 2 ) has, for preventing ghost images in reflection, a variable wedge angle, wherein the wedge angle from a lower end to an upper end is a function of the distance to the lower end or to the upper end, wherein the function is at least a second degree function, wherein the second section (A 2 ) substantially minimizes ghost images of a head-up display, - wherein the wedge-angle profile has a third section (A 3 ), which adjoins the second section (A 2 ), wherein the third section (A 3 ) has, for preventing double images in transmission, a wedge angle that is constant or is variable at least in sections, wherein a wedge angle in the third section (A 3 ) is substantially equal to or greater than the wedge angle at the lower end of the first section (A 1 ) - wherein the third section (A 3 ) has a greater distance from a lower edge than the second section (A 2 ), and wherein in the vertical direction, the wedge angle at the lower edge is smaller than the wedge angle at the upper edge. - which has, in the vertical direction at least in sections, a wedge-angle profile with a continuous nonlinear change in thickness, - wherein the wedge-angle profile has a first section (A 1 ), which has, for preventing double images in transmission, a wedge angle that is constant or is variable at least in sections, - wherein the wedge-angle profile has a second section (A 2 ), which adjoins the first section (A 1 ), wherein the second section (A 2 ) has, for preventing ghost images in reflection, a variable wedge angle, wherein the wedge angle from a lower end to an upper end is a function of the distance to the lower end or to the upper end, wherein the function is at least a second degree function, wherein the second section (A 2 ) substantially minimizes ghost images of a head-up display, - wherein the wedge-angle profile has a third section (A 3 ), which adjoins the second section (A 2 ), wherein the third section (A 3 ) has, for preventing double images in transmission, a wedge angle that is constant or is variable at least in sections, wherein a wedge angle in the third section (A 3 ) is substantially equal to or greater than the wedge angle at the lower end of the first section (A 1 ) - wherein the third section (A 3 ) has a greater distance from a lower edge than the second section (A 2 ),
A method of polling a plurality of control devices by a master device, each of the plurality of control devices coupled to a communication link and wherein control devices may be marked as active in a list of Poll IDs of the master device, each of said active devices having a unique Poll ID, the method characterized by : the master device sequentially transmitting a poll message to each control device marked active in a list of Poll IDs of the master device; each of the control devices responding to the poll message when the Poll ID of the device matches the Poll ID of the poll message; the master device periodically transmitting a Poll-ID-Request poll message to the plurality of control devices; each of the control devices responding to the Poll-ID-Request poll message during a response time following the Poll-ID-Request poll message if the control device does not have a Poll ID; and assigning a unique Poll ID to each of the control devices responding to the Poll-ID-Request poll message. the master device sequentially transmitting a poll message to each control device marked active in a list of Poll IDs of the master device; each of the control devices responding to the poll message when the Poll ID of the device matches the Poll ID of the poll message; the master device periodically transmitting a Poll-ID-Request poll message to the plurality of control devices; each of the control devices responding to the Poll-ID-Request poll message during a response time following the Poll-ID-Request poll message if the control device does not have a Poll ID; and assigning a unique Poll ID to each of the control devices responding to the Poll-ID-Request poll message.
A high-modulus glass fiber composition, comprising the following components expressed as percentage by weight: SiO 2 55-64% Al 2 O 3 13-24% Y 2 O 3 1.5-5% CaO 3.4-10.9% MgO 8-14% CaO+MgO+SrO <22% Li 2 O+Na 2 O+K 2 O <2% TiO 2 <2% Fe 2 O 3 <1.5% La 2 O 3 0-1.2% wherein, the range of the weight percentage ratio C1= (Li 2 O+Na 2 O+K 2 O)/(Y 2 O 3 +La 2 O 3 ) is greater than 0.26, and the range of the weight percentage ratio C2= MgO/(CaO+SrO) is 0.8-2.1.
An interdental cleaner comprising a gripping portion and a cleaning portion , said interdental cleaner being formed by an elongate body , said elongate body being made from a thermoplastic material and said cleaning portion having a coating (C) which comprises a heat-vulcanized rubber material and which forms peripheral, flexible brush members; wherein said brush members are formed as peripheral brush flanges , the outer dimension of which gradually decreasing towards a free end of the cleaning portion ; wherein said brush flanges are spaced substantially equidistant along the cleaning portion ; wherein said brush flanges are arranged in alternate pairs along the cleaning portion , first pairs having two brush flanges extending radially from the axis (CA) of the cleaning portion in a first opposite direction (FOD) and adjacent second pairs having two brush flanges extending radially from said axis (CA) in a second opposite direction (SOD); wherein said rubber material coating (C) is also applied at least partially to said gripping portion ; characterized in that the rubber material coating applied to the gripping portion forms a relief structure on two opposite, substantially flat gripping surfaces of the same; and wherein said relief structure of the gripping portion is of the negative type, whereby coating material is left out in certain areas so that the surface of the underlying thermoplastic body is exposed, and whereby grooves (8-13) are formed in the coating material on the gripping portion , which form said relief structure.
A bottle for containing a liquid in an internal volume (V) thereof, comprising: - a main body adapted to delimit at least part of the internal volume (V) of said bottle and having a resting base configured to enable the bottle to remain in a stable upright position; - a neck extending from said main body along a longitudinal direction (L) up to a final open end thereof adapted to receive a closure ; wherein said neck has a pair of inspection windows opposite each other relative to said longitudinal direction (L), characterized in that each inspection window comprises an optical shield adapted to allow the passage of a light beam for the carrying out of spectroscopic analysis techniques. - a main body adapted to delimit at least part of the internal volume (V) of said bottle and having a resting base configured to enable the bottle to remain in a stable upright position; - a neck extending from said main body along a longitudinal direction (L) up to a final open end thereof adapted to receive a closure ;
A device comprising: an acoustic transducer comprising a phased array of transducer elements (213A-213L), wherein the transducer elements are arranged in a circular pattern; one or more processors ; and a computer-readable medium storing instructions that, when executed by the one or more processors, cause the acoustic transducer to perform functions comprising: transmitting a focused ultrasound wave from the acoustic transducer into a medium to form (i) an ultrasound intensity well within the medium that exhibits a first range of acoustic pressure and (ii) a surrounding region of the medium that surrounds the ultrasound intensity well and exhibits a second range of acoustic pressure that exceeds the first range of acoustic pressure; and confining an object within the ultrasound intensity well; wherein said phased array is configured to electronically focus or steer said ultrasound wave upon various portions of said medium and/or said object, characterized in that , transmitting the focused ultrasound wave into the medium comprises transmitting the focused ultrasound wave in one direction of propagation away from the acoustic transducer into the medium . an acoustic transducer comprising a phased array of transducer elements (213A-213L), wherein the transducer elements are arranged in a circular pattern; one or more processors ; and a computer-readable medium storing instructions that, when executed by the one or more processors, cause the acoustic transducer to perform functions comprising: transmitting a focused ultrasound wave from the acoustic transducer into a medium to form (i) an ultrasound intensity well within the medium that exhibits a first range of acoustic pressure and (ii) a surrounding region of the medium that surrounds the ultrasound intensity well and exhibits a second range of acoustic pressure that exceeds the first range of acoustic pressure; and confining an object within the ultrasound intensity well; transmitting a focused ultrasound wave from the acoustic transducer into a medium to form (i) an ultrasound intensity well within the medium that exhibits a first range of acoustic pressure and (ii) a surrounding region of the medium that surrounds the ultrasound intensity well and exhibits a second range of acoustic pressure that exceeds the first range of acoustic pressure; and confining an object within the ultrasound intensity well; wherein said phased array is configured to electronically focus or steer said ultrasound wave upon various portions of said medium and/or said object, characterized in that , transmitting the focused ultrasound wave into the medium comprises transmitting the focused ultrasound wave in one direction of propagation away from the acoustic transducer into the medium .
A liquid tank , having: a first liquid tank shell with a first connecting element that extends from an inner wall of the first liquid tank shell into the interior of the liquid tank ; and a second liquid tank shell with a second connecting element that extends from an inner wall of the second liquid tank shell into the interior of the liquid tank ; wherein the first connecting element and the second connecting element are connectable to one another in the interior of the liquid tank by welding, wherein the first connecting element and/or the second connecting element include a contact surface for fastening the connecting element to the connecting element of the mating tank shell , and wherein the contact surface includes a depression for accommodating a weld expulsion of material that is displaced during a melting or pressing operation. a first liquid tank shell with a first connecting element that extends from an inner wall of the first liquid tank shell into the interior of the liquid tank ; and a second liquid tank shell with a second connecting element that extends from an inner wall of the second liquid tank shell into the interior of the liquid tank ; wherein the first connecting element and the second connecting element are connectable to one another in the interior of the liquid tank by welding, wherein the first connecting element and/or the second connecting element include a contact surface for fastening the connecting element to the connecting element of the mating tank shell , and wherein the contact surface includes a depression for accommodating a weld expulsion of material that is displaced during a melting or pressing operation.
A recombinant methanotrophic bacterium capable of producing lactic acid from organic waste or biogas or methane, comprising a heterologous nucleic acid or gene encoding for lactate dehydrogenase enzyme, said heterologous nucleic acid or gene comprising a sequence set forth as SEQ ID NO. 1.
A method of wireless communication performed by a transmitter, comprising: determining a plurality of resource sets to be used to transmit a corresponding plurality of instances of a message, wherein each particular instance, of the plurality of instances, corresponds to a resource set, of the plurality of resource sets, via which that particular instance is to be transmitted, wherein each particular instance includes a copy of the message and indicates the plurality of resource sets, and wherein each particular instance indicates the resource set via which that particular instance is to be transmitted and other resource sets included in the plurality of resource sets; and transmitting at least two instances of the plurality of instances of the message, wherein the transmitting of the at least two instances comprises transmitting a first instance of the at least two instances at a first time and transmitting a second instance of the at least two instances at a second time, or the transmitting of the at least two instances comprises transmitting a first instance of the at least two instances on a first beam and transmitting a second instance of the at least two instances on a second beam. determining a plurality of resource sets to be used to transmit a corresponding plurality of instances of a message, wherein each particular instance, of the plurality of instances, corresponds to a resource set, of the plurality of resource sets, via which that particular instance is to be transmitted, wherein each particular instance includes a copy of the message and indicates the plurality of resource sets, and wherein each particular instance indicates the resource set via which that particular instance is to be transmitted and other resource sets included in the plurality of resource sets; and wherein each particular instance, of the plurality of instances, corresponds to a resource set, of the plurality of resource sets, via which that particular instance is to be transmitted, wherein each particular instance includes a copy of the message and indicates the plurality of resource sets, and wherein each particular instance indicates the resource set via which that particular instance is to be transmitted and other resource sets included in the plurality of resource sets; and transmitting at least two instances of the plurality of instances of the message, wherein the transmitting of the at least two instances comprises transmitting a first instance of the at least two instances at a first time and transmitting a second instance of the at least two instances at a second time, or the transmitting of the at least two instances comprises transmitting a first instance of the at least two instances on a first beam and transmitting a second instance of the at least two instances on a second beam.
Travel drive, in particular power-split travel drive, for a movable work machine, in particular for a wheeled loader, wherein the travel drive comprises: a hydraulic variator that is arranged in a hydraulic system and comprises two hydrostatic units in the form of a pump and a hydraulic motor , an actuator that is connected to the variator such that the two hydrostatic units of the variator , arranged in a common yoke, can be adjusted synchronously by means of the actuator , a position adjustment element that is connected to the hydraulic system, and is connected to the actuator such that the actuator is adjusted by means of the position adjustment element , wherein a pressure reducer is arranged between the position adjustment element and a hydrostatic circuit of the variator , characterised in that the position adjustment element is a position control valve. a hydraulic variator that is arranged in a hydraulic system and comprises two hydrostatic units in the form of a pump and a hydraulic motor , an actuator that is connected to the variator such that the two hydrostatic units of the variator , arranged in a common yoke, can be adjusted synchronously by means of the actuator , a position adjustment element that is connected to the hydraulic system, and is connected to the actuator such that the actuator is adjusted by means of the position adjustment element , wherein a pressure reducer is arranged between the position adjustment element and a hydrostatic circuit of the variator , characterised in that the position adjustment element is a position control valve.
A deicing system for a gas turbine engine having a central longitudinal axis (A), the deicing system comprising: an airfoil ; and an acoustic driver that is arranged to apply acoustic energy to the airfoil to excite a predetermined vibratory mode of the airfoil, characterised in that the acoustic driver is spaced apart from the airfoil. an airfoil ; and an acoustic driver that is arranged to apply acoustic energy to the airfoil to excite a predetermined vibratory mode of the airfoil, characterised in that the acoustic driver is spaced apart from the airfoil.