mhurhangee/ep-ind-claims huggingface dataset:
Sensor device for detecting properties of a liquid medium by means of ultrasonic signals, comprising - a first connection element and a second connection element spaced apart therefrom and a measuring chamber which is arranged between the connection elements, is closed by means of the connection elements (11, 12), and through which the liquid medium flows and which is filled with said medium, and - an ultrasonic module which transmits ultrasonic signals into the measuring chamber and receives reflected ultrasonic signals from the measuring chamber, - the connection elements (11, 12) having respective reflection surfaces (21, 22) for the predetermined reflection of the ultrasonic signals in the measuring chamber, and - the connection elements (11, 12) having respective openings (23, 25) for the inflow and outflow of the liquid medium into and out of the measuring chamber, and the openings (23, 25) being formed above the reflection surfaces (21, 22), characterised in that the connection elements (11, 12) each have, adjacent to and above the reflection surfaces (21, 22), a region parallel to the longitudinal axis of the measuring chamber, in which region the particular opening (23, 25) in the connection elements (11, 12) is formed, and liquid medium flows in and out between the region and an adjacent part of a measuring-chamber wall. - a first connection element and a second connection element spaced apart therefrom and a measuring chamber which is arranged between the connection elements, is closed by means of the connection elements (11, 12), and through which the liquid medium flows and which is filled with said medium, and - an ultrasonic module which transmits ultrasonic signals into the measuring chamber and receives reflected ultrasonic signals from the measuring chamber, - the connection elements (11, 12) having respective reflection surfaces (21, 22) for the predetermined reflection of the ultrasonic signals in the measuring chamber, and - the connection elements (11, 12) having respective openings (23, 25) for the inflow and outflow of the liquid medium into and out of the measuring chamber, and the openings (23, 25) being formed above the reflection surfaces (21, 22),
Telecontrol for locking/unlocking and starting a motor vehicle comprising: - an electronic circuit (ELEC) including at least one path comprising an input pin and an output pin, - a first radio frequency antenna including a first loop arranged in the plane of the electronic circuit (ELEC) operating at high frequencies, - a second radio frequency antenna including a second loop arranged in the plane of the electronic circuit (ELEC), said second antenna operating at low frequencies and being equivalent to a complex impedance Z with an imaginary portion X, said second antenna comprising: ∘ an input connector connected to the input pin, ∘ an output connector connected to the output pin, - a tuning capacitor connected to the electronic circuit (CIRC), for tuning the second antenna on a tuning frequency, the second antenna comprising an inductive input component (COMP_E) and/or an inductive output component (COMP_S), said components being designed so that the imaginary portion X of the complex impedance Z is always positive, said inductive input component (COMP_E) being, to that end, placed between the input connector and the input pin, and said inductive output component (COMP_S) being, to that end, placed between the output connector and the output pin. - an electronic circuit (ELEC) including at least one path comprising an input pin and an output pin, - a first radio frequency antenna including a first loop arranged in the plane of the electronic circuit (ELEC) operating at high frequencies, - a second radio frequency antenna including a second loop arranged in the plane of the electronic circuit (ELEC), said second antenna operating at low frequencies and being equivalent to a complex impedance Z with an imaginary portion X, said second antenna comprising: ∘ an input connector connected to the input pin, ∘ an output connector connected to the output pin, ∘ an input connector connected to the input pin, ∘ an output connector connected to the output pin, - a tuning capacitor connected to the electronic circuit (CIRC), for tuning the second antenna on a tuning frequency,
A mixture of biomass and vitrifiable raw material for introducing into a furnace for the melting of a vitrifiable inorganic material, characterized in that the biomass comprises oleaginous seeds and/or seed husks of oleaginous seeds, called oleaginous biomass, and in that the biomass represents from 1% to 50% by weight and preferably from 10% to 40% by weight of the mass of the mixture.
Spray arm for attaching to a connecting piece of a support arm provided by a dishwasher, the spray arm having an inlet opening for washing liquor, a spray nozzle, a rinsing solution channel fluidically connecting the spray nozzle to the inlet opening, and a filter means, the filter means being a filter insert which can be replaceably positioned in the inlet opening, characterised in that the filter insert has a filter portion and a fastening portion formed in one piece therewith, the fastening portion having an annular flange around the circumference of the filter portion, an edge portion which interacts with the annular flange in the final mounted state being formed on the outside of the inlet opening, and the circumferential ring flange being clamped in the final mounted state of the spray arm between the inlet opening-side edge portion as a first abutment and the connecting piece as a second abutment. the fastening portion having an annular flange around the circumference of the filter portion, an edge portion which interacts with the annular flange in the final mounted state being formed on the outside of the inlet opening, and the circumferential ring flange being clamped in the final mounted state of the spray arm between the inlet opening-side edge portion as a first abutment and the connecting piece as a second abutment.
An earthquake-resistant building connection comprising a first structural element and a second structural element that lie at a distance from each other, and where the first structural element comprises an outer side face facing the second structural element, which first structural element comprises at least one projecting element that projects from said outer side face of the first structural element and into a cavity in the second structural element, which cavity is wider, higher and deeper than the projecting element, characterized in that the first structural element further comprises an elastic element for absorbing forces and motions in the event of an earthquake, which elastic element has an outer surface that extends around the projecting element and faces the second structural element, whereby a fill area is formed between the outer surface of the elastic element and the second structural element, and further between the projecting element and the cavity, which fill area is filled with a filler such that no filler lie between the first structural element and the second structural element beyond the outer surface of the elastic element, and forces and motions that are transferred between the first structural element and the second structural element in the event of an earthquake are absorbed in the elastic element.
A method for selecting an antigen binding protein that binds to human HER3; wherein the antigen binding protein binds within an amino acid sequence of PQPLVYNKLTFQLEPNPHT (SEQ ID NO:1) of human HER3; wherein a) at least one polypeptide selected from the group consisting of: SEQ ID NO: 18 TtSlyDcys-Her3, which comprises the amino acid sequence of SEQ ID NO:1; and b) at least one polypeptide selected from the group consisting of: SEQ ID NO: 22 TtSlyDcys-Her4, which comprises the amino acid sequence of SEQ ID NO:2; are used to select antigen binding proteins, which show binding to the at least one polypeptide under a) and which shows no binding to the at least one polypeptide under b); and thereby selecting an antigen binding protein that binds within an amino acid sequence of PQPLVYNKLTFQLEPNPHT (SEQ ID NO:1) of human HER3 and that does not crossreact with human HER4; wherein the antigen binding protein is an antibody or a scaffold antigen binding protein. a) at least one polypeptide selected from the group consisting of: SEQ ID NO: 18 TtSlyDcys-Her3, which comprises the amino acid sequence of SEQ ID NO:1; and b) at least one polypeptide selected from the group consisting of: SEQ ID NO: 22 TtSlyDcys-Her4, which comprises the amino acid sequence of SEQ ID NO:2;
An encoder for outputting position information representing a position or angle of a scale in accordance with a command signal transmitted with a cycle, the encoder comprising: detecting means configured to perform detection of a signal from the scale and output a detection signal; and a processor comprising generating means configured to generate, based on the detection signal, data representing the position or angle of the scale; delay time measurement means configured to measure a delay time and to correct the measured delay time by a detection delay time of the detector; correction means configured to correct the data based on a change amount of the position or angle corresponding to the corrected delay time; and output means configured to output the data corrected by the correction means as the position information in accordance with receiving of the command signal, wherein the delay time measurement means is configured to start measurement of the delay time in accordance with start of the detection, and perform a plurality of the measurement of the delay time in parallel. detecting means configured to perform detection of a signal from the scale and output a detection signal; and a processor comprising generating means configured to generate, based on the detection signal, data representing the position or angle of the scale; delay time measurement means configured to measure a delay time and to correct the measured delay time by a detection delay time of the detector; correction means configured to correct the data based on a change amount of the position or angle corresponding to the corrected delay time; and output means configured to output the data corrected by the correction means as the position information in accordance with receiving of the command signal, wherein the delay time measurement means is configured to start measurement of the delay time in accordance with start of the detection, and perform a plurality of the measurement of the delay time in parallel.
A process for producing porous silicon nano-particles from a raw silicon material for use in forming an anodic element of a lithium rechargeable battery, the process including the steps of: (i) alloying the raw silicon material with a distillable alloying metal comprising at least one of zinc and magnesium to form an alloy; (ii) thereafter, ball-milling the alloy to form alloy nano-particles of 100nm-150nm in diameter, said milling being performed in a controlled environment to alleviate oxidation of the alloy; and (iii) thereafter, distilling the alloying metal from the alloy nano-particles, said step of distillation being performed in a vacuum furnace; (iv) thereafter, further milling to produce silicon nano-particles; wherein, the amount of the alloying metal comprised by the alloy is controllably variable so as to control the porosity of the silicon nano-particles produced. (i) alloying the raw silicon material with a distillable alloying metal comprising at least one of zinc and magnesium to form an alloy; (ii) thereafter, ball-milling the alloy to form alloy nano-particles of 100nm-150nm in diameter, said milling being performed in a controlled environment to alleviate oxidation of the alloy; and (iii) thereafter, distilling the alloying metal from the alloy nano-particles, said step of distillation being performed in a vacuum furnace; (iv) thereafter, further milling to produce silicon nano-particles; wherein, the amount of the alloying metal comprised by the alloy is controllably variable so as to control the porosity of the silicon nano-particles produced.
A wrap for smoking articles, which encloses a group of smoking articles, is obtained by folding a wrapping sheet of rectangular-shaped wrap around the group of smoking articles, once folded it is stabilized by means of heat-sealing, and it has, at the top and at the front, a first extraction opening, which is obtained through the same wrap by means of a first "U"-shaped through cut and crosses the wrapping sheet; wherein the first extraction opening is normally closed by a reusable closing portion, which consists of the part of the wrapping sheet surrounded by the first through cut and it can be lifted to free the first extraction opening and then lowered again to close the first extraction opening; wherein the wrap for smoking articles comprises a support element, which is arranged inside the wrap at the first extraction opening, it is in direct contact with the group of smoking articles without the interposition of other elements, it is smaller than the wrapping sheet, it is glued to the wrapping sheet by means of a re-stick glue, and has a second extraction opening, which is smaller than the first extraction opening and is entirely contained in the first extraction opening; wherein the wrap for smoking articles comprises an intermediate element interposed between the wrap and the support element; the wrap for smoking articles is characterized in that: the support element extends only at a front wall and an upper wall of the wrap; the intermediate element is stably and permanently connected to the wrapping sheet by means of a permanent glue and is glued to the support element by means of the re-stick glue. wherein the first extraction opening is normally closed by a reusable closing portion, which consists of the part of the wrapping sheet surrounded by the first through cut and it can be lifted to free the first extraction opening and then lowered again to close the first extraction opening; wherein the wrap for smoking articles comprises a support element, which is arranged inside the wrap at the first extraction opening, it is in direct contact with the group of smoking articles without the interposition of other elements, it is smaller than the wrapping sheet, it is glued to the wrapping sheet by means of a re-stick glue, and has a second extraction opening, which is smaller than the first extraction opening and is entirely contained in the first extraction opening; wherein the wrap for smoking articles comprises an intermediate element interposed between the wrap and the support element; the wrap for smoking articles is characterized in that: the support element extends only at a front wall and an upper wall of the wrap; the intermediate element is stably and permanently connected to the wrapping sheet by means of a permanent glue and is glued to the support element by means of the re-stick glue. the support element extends only at a front wall and an upper wall of the wrap; the intermediate element is stably and permanently connected to the wrapping sheet by means of a permanent glue and is glued to the support element by means of the re-stick glue.
A method of wireless communication performed by a wireless node, comprising: receiving (710, 810) a frequency domain resource assignment indicator identifying an allocation of a set of resource block groups of a plurality of resource block groups in a bandwidth part, wherein the bandwidth part includes a plurality of disjoint portions of the bandwidth part and the plurality of disjoint portions comprise an uplink bandwidth or a downlink bandwidth separated by another portion of the bandwidth part; identifying (720, 820), based at least in part on the frequency domain resource assignment indicator, the allocation of the set of resource block groups; and communicating (730, 830) using the allocation of the set of resource block groups based at least in part on identifying the allocation of the set of resource block groups. receiving (710, 810) a frequency domain resource assignment indicator identifying an allocation of a set of resource block groups of a plurality of resource block groups in a bandwidth part, wherein the bandwidth part includes a plurality of disjoint portions of the bandwidth part and the plurality of disjoint portions comprise an uplink bandwidth or a downlink bandwidth separated by another portion of the bandwidth part; identifying (720, 820), based at least in part on the frequency domain resource assignment indicator, the allocation of the set of resource block groups; and communicating (730, 830) using the allocation of the set of resource block groups based at least in part on identifying the allocation of the set of resource block groups.
A method for selectively separating each one of the components of a mixture of synthetic organic materials such as polymers and/or copolymers, particularly used ones, for recycling in order to upgrade them, having a density of at least 1, which are in a fragmented form, consisting in separating these by introducing such mixture into a dense liquid medium, which is an aqueous suspension of powdery particles dispersed in an adequate amount in an aqueous phase, in order to create a density level "ds" selected to be the separation threshold of the various fragmented synthetic organic materials to be selectively separated according to their types, characterized in that said separative suspension is made selective, stable and invariant as regards density with a degree of accuracy of ±0.0005 relative to the density threshold "ds" selected for the selective separation: a) by the dimensional selection of powdery particles, the particle size distribution of which is at most 30μm, with such solid powdery particles having such dimensions being dispersed and present in an aqueous phase in sufficient amount to reach the selected density threshold "ds", and b) by implementing at least one dynamic stabilizing means so that the separative suspension moves with a circulating flow of at least 5m 3 /hr and at most 40m 3 /hr. a) by the dimensional selection of powdery particles, the particle size distribution of which is at most 30μm, with such solid powdery particles having such dimensions being dispersed and present in an aqueous phase in sufficient amount to reach the selected density threshold "ds", and b) by implementing at least one dynamic stabilizing means so that the separative suspension moves with a circulating flow of at least 5m 3 /hr and at most 40m 3 /hr.
A process comprising: introducing a polycondensation feed into a feed inlet of a reactor wherein the polycondensation feed comprises PET and forms a reaction medium in the reactor, flowing the reaction medium through the reactor which comprises a horizontally elongated vessel shell and a plurality of vertically spaced trays (14a-f) disposed in the vessel shell, each tray defining a receiving end and a discharge end, wherein the feed inlet is located near the top of the vessel shell, wherein the reaction medium flows across at least two of the trays as it passes through the reactor, wherein the reaction medium is subjected to a polycondensation reaction as it flows through the reactor and wherein a liquid product of the chemical reaction exits the reactor via a product outlet near the bottom of the vessel shell.
Acoustic signal supply circuit for at least one speaker incorporating a device for filtering the resonance peak of said at least one speaker occurring at a certain frequency of the supply current of said at least one speaker, said circuit comprising at least one non-inverting converter (A 0) arranged upstream of said at least one speaker, the converter having a positive supply terminal linked to the input power supply of the circuit and a negative supply terminal, said circuit also comprising, at the output of said at least one speaker, a first instrumentation ground circuit (GND.a) downstream of the speaker as a bypass from a feedback loop connecting the input point of the ground circuit downstream of the speaker to the negative supply terminal of the non-inverting converter (A 0), the device for filtering the resonance peak of said at least one speaker being purely electrical in the form of an impedance (Z b, Z 2) incorporated either into the first instrumentation ground circuit (GND.a) or into the feedback loop, the parameters of the impedance (Z b, Z 2) being predetermined on the basis of the resonance peak to be filtered of said at least one speaker, characterized in that: - when the impedance (Z b) is incorporated into the first instrumentation ground circuit (GND.a), this impedance (Z b) is in the form of a dead resistor (R 0) associated with a first impedance called parallel RLC (Z bb) comprising at least one first resistor (R b), at least one first inductor (L b) and at least one first capacitor (C b) arranged in parallel with one another, the first parallel RLC impedance (Z bb) being arranged in series with the dead resistor (R 0) in said first instrumentation ground circuit (GND.a), and - when the impedance (Z 2) is incorporated into the feedback loop, this impedance, as second impedance (Z 2), comprises an associated second resistor (R 2) in parallel with at least one second inductor (L 2) and at least one second capacitor (C 2), said at least one second inductor (L 2) and said at least one second capacitor (C 2) being arranged in series. - when the impedance (Z b) is incorporated into the first instrumentation ground circuit (GND.a), this impedance (Z b) is in the form of a dead resistor (R 0) associated with a first impedance called parallel RLC (Z bb) comprising at least one first resistor (R b), at least one first inductor (L b) and at least one first capacitor (C b) arranged in parallel with one another, the first parallel RLC impedance (Z bb) being arranged in series with the dead resistor (R 0) in said first instrumentation ground circuit (GND.a), and - when the impedance (Z 2) is incorporated into the feedback loop, this impedance, as second impedance (Z 2), comprises an associated second resistor (R 2) in parallel with at least one second inductor (L 2) and at least one second capacitor (C 2), said at least one second inductor (L 2) and said at least one second capacitor (C 2) being arranged in series.
A header for an agricultural harvester comprising an endless belt conveyor and a flex arm (140, 440, 540, 640) disposed between upper and lower runs (106a, 106b) of the endless belt conveyor, the flex arm comprising: an elongate beam (144, 444, 544, 644) having an upper surface (146, 446, 546, 646), wherein the header is characterised in that it further comprises a roller (148, 448, 548, 648) extending above the upper surface of the elongate beam for contacting the upper run of the endless belt conveyor.