mhurhangee/ep-ind-claims huggingface dataset:
A method of processing data reported by wireless terminals in a code division multiple access wireless network, the wireless network comprising a plurality of base stations which operate asynchronously with respect to one another, wherein a set of scrambling codes are allocated to the base stations for scrambling signals transmitted from the base stations, the method comprising, at a node of the wireless network: receiving a first type of measurement report from wireless terminals, wherein each first type of measurement report received from one of the wireless terminals comprises an observed time difference measurement acquired by the wireless terminal for a signal received from one of an active set of base stations (11, 12, 13) that currently serve the wireless terminal; determining a timing reference for each of the base stations using a plurality of the observed time difference measurements; receiving a second type of measurement report from a wireless terminal which comprises an observed time difference measurement acquired by the wireless terminal for a signal received from a base station which is not currently serving the wireless terminal and a scrambling code of the received signal; determining an identity of the base station in the second type of measurement report by using the scrambling code of the signal received from the base station which is not currently serving the wireless terminal and the observed time difference measurement in the second type of measurement report and the determined timing reference for that base station. receiving a first type of measurement report from wireless terminals, wherein each first type of measurement report received from one of the wireless terminals comprises an observed time difference measurement acquired by the wireless terminal for a signal received from one of an active set of base stations (11, 12, 13) that currently serve the wireless terminal; determining a timing reference for each of the base stations using a plurality of the observed time difference measurements; receiving a second type of measurement report from a wireless terminal which comprises an observed time difference measurement acquired by the wireless terminal for a signal received from a base station which is not currently serving the wireless terminal and a scrambling code of the received signal; determining an identity of the base station in the second type of measurement report by using the scrambling code of the signal received from the base station which is not currently serving the wireless terminal and the observed time difference measurement in the second type of measurement report and the determined timing reference for that base station.
Catheter for transanal irrigation comprising: - a distal section sufficiently rigid to be introduced into the rectum of a patient and provided with a rounded tip, - a proximal section intended to be connected to a source of irrigation liquid, - a conduit channel for the irrigation liquid, opening out through at least one opening close to the distal tip of the distal section, wherein the distal section of the catheter is provided with an inflatable distal balloon and an inflatable proximal balloon intended to be positioned inside the rectum and the distal section of the catheter has a mark close to the junction with the proximal section characterised in that the interiors of the two balloons are in air communication, and in that the distal balloon has a greater extensibility than the proximal balloon. - a distal section sufficiently rigid to be introduced into the rectum of a patient and provided with a rounded tip, - a proximal section intended to be connected to a source of irrigation liquid, - a conduit channel for the irrigation liquid, opening out through at least one opening close to the distal tip of the distal section,
A decorative laminate, comprising at least the following immediately consecutive and mutually bonded layers A-B-C-D: A: on the visible side, a functional layer comprising one or more ionomers and optionally one or more filler materials and/or functional additives dispersed in the layer; B: an intermediate polymer layer comprising a mixture consisting of 5 to 95% by weight of extrudable ionomer, extrudable ionomer mixture or extrudable ionomer blend and 95 to 5% by weight of a polyolefin; C: a tie layer comprising one or more modified plastics for the tie; D: on the substrate side, a decorative layer; characterised in that the layered composite consisting of the layers A, B and C is coextruded and hot-melt laminated with the substrate-side decorative layer at a temperature above the fusion temperature of the layered composite. A: on the visible side, a functional layer comprising one or more ionomers and optionally one or more filler materials and/or functional additives dispersed in the layer; B: an intermediate polymer layer comprising a mixture consisting of 5 to 95% by weight of extrudable ionomer, extrudable ionomer mixture or extrudable ionomer blend and 95 to 5% by weight of a polyolefin; C: a tie layer comprising one or more modified plastics for the tie; D: on the substrate side, a decorative layer;
A radial fan having a housing, in which a motor-drivable fan wheel is arranged, which generates an air volume flow during operation, wherein the housing comprises a blow-out portion in which an impeller is arranged, having a plurality of impeller blades spaced apart in the circumferential direction, via which the impeller can be driven by the air volume flow generated by the fan wheel, characterized in that the impeller comprises a support ring arranged axially spaced apart from the impeller blades, which engages with the blow-out portion of the housing and secures the impeller on the housing.
Device for controlling the temperature of a product to be frozen during a freeze drying procedure, said device having multiple Peltier elements that are assigned to at least one magazine that receives a product that is to be frozen, wherein the at least one Peltier element is arranged between the magazine and a placement plate, characterised in that the device comprises Peltier elements that are arranged adjacent to one another and separate control devices that are connected to the Peltier elements, in that the device is configured in such a manner that the Peltier elements may comprise different temperatures and in that different temperatures may be applied to individual regions of the freeze dryer by means of the Peltier elements during a freeze drying procedure.
Motor vehicle wheel suspension, comprising - a guide wheel having an outer jacket comprising a wheel attachment for the connection of the guide wheel to a rotation pin of a wheel (10', 10"), - wherein the guide wheel extends between opposite axial upper and lower ends (96, 98) in correspondence of which it comprises attachments for its connection to connection elements of an associable frame, - wherein said outer jacket internally encloses a damper and a spring, - wherein the outer jacket, in correspondence of one of said axial upper and lower ends (96, 98) comprises a slot for realising a first attachment to connection elements of the frame, - said slot housing a pin axially guided by said slot, the slot connecting a cavity inside the outer jacket with said pin, - wherein the outer jacket, in correspondence of the other of said axial upper and lower ends (98, 96) comprises a tilting hinge (100, 105) for realising a second attachment to connection elements of the frame. - a guide wheel having an outer jacket comprising a wheel attachment for the connection of the guide wheel to a rotation pin of a wheel (10', 10"), - wherein the guide wheel extends between opposite axial upper and lower ends (96, 98) in correspondence of which it comprises attachments for its connection to connection elements of an associable frame, - wherein said outer jacket internally encloses a damper and a spring, - wherein the outer jacket, in correspondence of one of said axial upper and lower ends (96, 98) comprises a slot for realising a first attachment to connection elements of the frame, - said slot housing a pin axially guided by said slot, the slot connecting a cavity inside the outer jacket with said pin, - wherein the outer jacket, in correspondence of the other of said axial upper and lower ends (98, 96) comprises a tilting hinge (100, 105) for realising a second attachment to connection elements of the frame.
An active principle intended for use in a composition for skin application, characterised in that it is a hydrolysate of Cichorium intybus root comprising oligofructosans with a degree of polymerisation between 3 and 20, obtained by a method comprising an enzymatic hydrolysis step.
A radiological imaging system comprising: - a gantry defining an analysis zone in which at least part of a patient is placed; - a source suitable to emit radiation that passes through the at least part of the patient, the radiation defining a central axis of propagation, and the source housed within the gantry; - at least one detector suitable to receive the radiation and housed within the gantry; - a load-bearing structure comprising a base with wheels suitable to come into contact with and roll on the floor and to support the gantry and a translating component connected to the gantry to translate the gantry in a main direction substantially perpendicular to the central axis of propagation; and - a cantilevered bed extending along the main direction and having a table top to support a patient, a base, and at least one support member connected to the table top at a first end and the base at a second end, with the base in a stationary position, the table top being configured to translate along the main direction, and the at least one support member being adjustable to raise and lower the table top; characterized in that - the bed includes wheels attached to its base in order to move the bed; - wherein said base of said bed is configured to slide under the load-bearing structure. - a gantry defining an analysis zone in which at least part of a patient is placed; - a source suitable to emit radiation that passes through the at least part of the patient, the radiation defining a central axis of propagation, and the source housed within the gantry; - at least one detector suitable to receive the radiation and housed within the gantry; - a load-bearing structure comprising a base with wheels suitable to come into contact with and roll on the floor and to support the gantry and a translating component connected to the gantry to translate the gantry in a main direction substantially perpendicular to the central axis of propagation; and - a cantilevered bed extending along the main direction and having a table top to support a patient, a base, and at least one support member connected to the table top at a first end and the base at a second end, with the base in a stationary position, the table top being configured to translate along the main direction, and the at least one support member being adjustable to raise and lower the table top; - the bed includes wheels attached to its base in order to move the bed; - wherein said base of said bed is configured to slide under the load-bearing structure.
A cooking system having a temperature measurement system for measuring food temperature, the cooking system comprising: a housing defining a hollow chamber configured to receive food, and having a lid that defines a cooking volume within the hollow chamber when the lid is in a closed position relative to the housing; at least one heating element (62, 64) associated with at least one of said housing and said lid; a temperature probe including a probe end insertable into food disposed within the hollow chamber, and a data transmission end; and a connector mounted within an interior of the lid, the connector including a data receiving orifice, said data transmission end of said temperature probe being insertable into said data receiving orifice, wherein an interior of said connector is sealed from an environment within the lid surrounding said connector and is in fluid communication with the cooking volume when said data transmission end of said temperature probe is not inserted therein; wherein said data transmission end of said probe is insertable into said data receiving orifice to form a pressure tight seal in said data receiving orifice to seal off the interior of the connector from the cooking volume. a housing defining a hollow chamber configured to receive food, and having a lid that defines a cooking volume within the hollow chamber when the lid is in a closed position relative to the housing; at least one heating element (62, 64) associated with at least one of said housing and said lid; a temperature probe including a probe end insertable into food disposed within the hollow chamber, and a data transmission end; and a connector mounted within an interior of the lid, the connector including a data receiving orifice, said data transmission end of said temperature probe being insertable into said data receiving orifice, wherein an interior of said connector is sealed from an environment within the lid surrounding said connector and is in fluid communication with the cooking volume when said data transmission end of said temperature probe is not inserted therein; wherein said data transmission end of said probe is insertable into said data receiving orifice to form a pressure tight seal in said data receiving orifice to seal off the interior of the connector from the cooking volume.
A needle comprising: - an elongate tube having a beveled distal end, and - at least one optical fiber (FB1, FB2) arranged within the elongate tube, wherein the optical fiber (FB1, FB2) has a beveled distal end surface for transmitting light through the beveled distal end surface, wherein a plane touching the beveled distal end surface and a longitudinal extension axis of the optical fiber (FB1, FB2) forms a bevel angle (B_A), the needle characterised in that the bevel angle is selected within a bevel angle range of 30.5°-34.5°. - an elongate tube having a beveled distal end, and - at least one optical fiber (FB1, FB2) arranged within the elongate tube, wherein the optical fiber (FB1, FB2) has a beveled distal end surface for transmitting light through the beveled distal end surface, wherein a plane touching the beveled distal end surface and a longitudinal extension axis of the optical fiber (FB1, FB2) forms a bevel angle (B_A), the needle characterised in that the bevel angle is selected within a bevel angle range of 30.5°-34.5°.
A composite blade assembly for mounting in a slot provided on a turbine wheel, the composite blade assembly comprising: a ceramic airfoil formed with an airfoil portion, an airfoil shank portion and a radially inner airfoil dovetail tang having a radially inward surface; and a metal platform having a platform shank, a platform shank cavity and a radially inner platform dovetail wherein a length of the radially inner platform dovetail is radially inward of and borders the radially inward surface of the dovetail tang, the airfoil dovetail tang being captured within said metal platform shank cavity such that in use, the ceramic airfoil is held within the slot in the turbine wheel independent of said metal platform. a ceramic airfoil formed with an airfoil portion, an airfoil shank portion and a radially inner airfoil dovetail tang having a radially inward surface; and a metal platform having a platform shank, a platform shank cavity and a radially inner platform dovetail wherein a length of the radially inner platform dovetail is radially inward of and borders the radially inward surface of the dovetail tang, the airfoil dovetail tang being captured within said metal platform shank cavity such that in use, the ceramic airfoil is held within the slot in the turbine wheel independent of said metal platform.
An authentication token being a smart card, the token comprising an authentication module (102, 202) and at least one conductive wire (106, 108, 110, 112) for operatively connecting the authentication module (102, 202) to at least one further module (104, 204) of the token, said at least one conductive wire (106, 108, 110, 112) being embedded in a non-conductive substrate of said token, wherein the token further comprises an antenna embedded in the non-conductive substrate; characterized in that the conductive wire (106, 108, 110, 112) has at least one ending (600, 602) that has a meander form or a spiral form and that serves as a contact pad for connecting the authentication module (102, 202) or the further module (104, 204) to said conductive wire, wherein said ending (600, 602) has been prepared for connection to the authentication module (102, 202) or the further module (104, 204) by carrying out a milling process.
A security information management system, comprising: a collecting unit configured to collect security information that is information related to security; a calculating unit configured to extract, by referring to a security dictionary storing therein a keyword related to the security for each attribute, a keyword from referer security information that becomes a source to be compared with the security information for relevance thereto, and configured to calculate, by comparing the extracted keyword with a keyword included in the security information collected by the collecting unit, relevance between the referer security information and the security information; and an output unit configured to output security information having relevance calculated by the calculating unit more preferentially, the relevance being higher than a threshold being received from the client terminal. a collecting unit configured to collect security information that is information related to security; a calculating unit configured to extract, by referring to a security dictionary storing therein a keyword related to the security for each attribute, a keyword from referer security information that becomes a source to be compared with the security information for relevance thereto, and configured to calculate, by comparing the extracted keyword with a keyword included in the security information collected by the collecting unit, relevance between the referer security information and the security information; and an output unit configured to output security information having relevance calculated by the calculating unit more preferentially, the relevance being higher than a threshold being received from the client terminal.
Timepiece mechanism cassette including at least one bearing surface for positioning the cassette in a movement and at least one bottom plate and one top bar, at least said plate or said bar being rigid, between or on which there are arranged functional components at least two of which are movable relative to each other, and between said plate and said bar there is pivoted or moved at least one said pivotally or shiftably movable functional component, wherein said bottom plate and said top bar form an inseparable single-piece component with at least one of said functional members, and form a single-piece assembly with at least one elastically deformable connecting element, and where said plate and bar are movable between a proximate position where they are separated by a minimum distance (EMIN) and a distal position where they are separated by a maximum distance (EMAX), characterized in that said plate includes snap fit means arranged to cooperate, in the proximate position only, with a complementary snap fit means comprised in said bar for holding said plate and bar in the proximate position.
A method for detecting foam formation of a filler in a container by means of a radar-based fill-level measuring device which serves for measuring a fill level of the filler in the container, the method comprising the following method steps which are repeated in successive measurement cycles (n): - Emitting a microwave signal (S HF) in the direction of the filler, - Receiving a receive signal (E HF) after reflection of the microwave signal (S HF) inside the container, - Generating an analysis curve on the basis of at least the receive signal (E HF), wherein the analysis curve is generated such that a signal strength of the receive signal (E HF) is reproduced as a function of the measuring distance (d), characterized by: - Detecting the surface area (f n) within at least one sub-region (s 1, s 2, s 3) under the analysis curve (ZF n), wherein a change and/or a dispersion (σ) of the surface area (f n) is ascertained over proceeding measurement cycles (n), wherein foam formation is detected when the change or the dispersion (σ) exceeds a predefined threshold (A m,lim). - Emitting a microwave signal (S HF) in the direction of the filler, - Receiving a receive signal (E HF) after reflection of the microwave signal (S HF) inside the container, - Generating an analysis curve on the basis of at least the receive signal (E HF), wherein the analysis curve is generated such that a signal strength of the receive signal (E HF) is reproduced as a function of the measuring distance (d), - Detecting the surface area (f n) within at least one sub-region (s 1, s 2, s 3) under the analysis curve (ZF n), wherein a change and/or a dispersion (σ) of the surface area (f n) is ascertained over proceeding measurement cycles (n), wherein foam formation is detected when the change or the dispersion (σ) exceeds a predefined threshold (A m,lim).
Method for producing a component made of a steel product coated with an Al-Si protective coating, comprising the following steps: - providing a substrate consisting of a steel product coated with an Al-Si protective coating, - heating the substrate to a temperature T 1 such that the Al-Si protective coating is only partially pre-alloyed with Fe of the steel product, - cooling the pre-alloyed substrate to room temperature, - applying a corrosion protection oil to the surface of the pre-alloyed substrate, wherein the corrosion protection oil consists of a composition containing fatty acid ester, wherein the composition contains at least 98 % by weight fatty acid ester - transporting the pre-alloyed substrate to which the corrosion protection oil has been applied, - heating the pre-alloyed substrate to which the corrosion protection oil has been applied to a temperature T 2 such that the Al-Si protective coating is fully alloyed with Fe of the steel product and the corrosion protection oil is removed without residue, and - shaping the re-heated substrate to form the component. - providing a substrate consisting of a steel product coated with an Al-Si protective coating, - heating the substrate to a temperature T 1 such that the Al-Si protective coating is only partially pre-alloyed with Fe of the steel product, - cooling the pre-alloyed substrate to room temperature, - applying a corrosion protection oil to the surface of the pre-alloyed substrate, wherein the corrosion protection oil consists of a composition containing fatty acid ester, wherein the composition contains at least 98 % by weight fatty acid ester - transporting the pre-alloyed substrate to which the corrosion protection oil has been applied, - heating the pre-alloyed substrate to which the corrosion protection oil has been applied to a temperature T 2 such that the Al-Si protective coating is fully alloyed with Fe of the steel product and the corrosion protection oil is removed without residue, and - shaping the re-heated substrate to form the component.