mhurhangee/ep-ind-claims huggingface dataset:
Method for the composition of fibre/plastics composites, comprising the steps of: - providing a semi-finished product (20, 20') in a supply device (40, 40b, 44), - feeding the semi-finished product to an application device, - heating the semi-finished product (20, 20') by means of a heating device such that a local phase change of the semi-finished product (20, 20') into an at least partially plastic state is induced, - performing a relative movement between the application device and an application region, and - applying the semi-finished product, in a manner variable in terms of direction and position, to the application region by means of the application device while the relative movement between the application device and the application region is being performed, wherein the relative movement between the application device and the application region is performed at a tool centre point velocity (vTCP) of greater than or equal to 0.5 m/s. - providing a semi-finished product (20, 20') in a supply device (40, 40b, 44), - feeding the semi-finished product to an application device, - heating the semi-finished product (20, 20') by means of a heating device such that a local phase change of the semi-finished product (20, 20') into an at least partially plastic state is induced, - performing a relative movement between the application device and an application region, and - applying the semi-finished product, in a manner variable in terms of direction and position, to the application region by means of the application device while the relative movement between the application device and the application region is being performed,
Image recording system, wherein the image recording system comprises at least one optics holder with a through-hole, a carrier plate closing the through-hole with a surface on one side, and an image recorder, which is arranged on the surface of the carrier plate, and a needle channel passing through the optics holder to from the through-hole to an outer side of the optics holder, wherein the needle channel is suitable for injection moulding an encapsulation of the image recorder acting as an optical lens, also comprising the encapsulation of the image recorder acting as an optical lens, wherein the encapsulation comprises at least one transparent thermosetting material, wherein the thermosetting material extends through the needle channel to the outer side.
A method of signal transmission for a base station in a wireless communication system, the method comprising: transmitting, to a terminal, a message including information on a number of symbols used for a short physical downlink control channel, SPDCCH, through a higher layer signaling, the SPDCCH being associated with a shortened transmission time interval TTI; transmitting, to the terminal, control information on the SPDCCH in a second slot of a subframe, based on the information; and transmitting, to the terminal, data based on the SPDCCH in the second slot of the subframe, wherein a specific downlink control information, DCI, format used for scheduling the data with a slot duration is different than a DCI format used for scheduling data with a subframe duration and is transmitted on the SPDCCH. transmitting, to a terminal, a message including information on a number of symbols used for a short physical downlink control channel, SPDCCH, through a higher layer signaling, the SPDCCH being associated with a shortened transmission time interval TTI; transmitting, to the terminal, control information on the SPDCCH in a second slot of a subframe, based on the information; and transmitting, to the terminal, data based on the SPDCCH in the second slot of the subframe, wherein a specific downlink control information, DCI, format used for scheduling the data with a slot duration is different than a DCI format used for scheduling data with a subframe duration and is transmitted on the SPDCCH.
A method of fabricating a data page for a book-like document, - in which a data carrier and a tab made of a textile material are aligned with each other in such a manner that the tab and the data carrier overlap, forming an overlap region, - in which an ultrasonic device is used to interconnect the tab and the data carrier in said overlap region, - in which a sonotrode of the ultrasonic device, which has a plurality of protrusions provided each with a pressing surface, acts on the tab in the overlap region, and in which the data carrier is supported by an anvil of the ultrasonic device, with at least an outer layer of the data carrier being superficially melted so as to flow into the openings of the textile material thus forming connection points. - in which at least one embossing element having an embossing surface is applied to the textile material of the tab within the overlap region and at least one embossing is introduced therein, - with the cross-section of the textile material of the tab being reduced at the position of the at least one embossing surface of the at least one embossing element, characterised in that the sonotrode is used to form a breaking point in which the embossing surface of the embossing element protrudes from a work plane formed by the respective pressing surfaces of the protrusions, such that the embossing element is higher than the protrusions, thus controlling displacement of a greater amount of molten material of the at least one outer layer of the data carrier. - in which a data carrier and a tab made of a textile material are aligned with each other in such a manner that the tab and the data carrier overlap, forming an overlap region, - in which an ultrasonic device is used to interconnect the tab and the data carrier in said overlap region, - in which a sonotrode of the ultrasonic device, which has a plurality of protrusions provided each with a pressing surface, acts on the tab in the overlap region, and in which the data carrier is supported by an anvil of the ultrasonic device, with at least an outer layer of the data carrier being superficially melted so as to flow into the openings of the textile material thus forming connection points. - in which at least one embossing element having an embossing surface is applied to the textile material of the tab within the overlap region and at least one embossing is introduced therein, - with the cross-section of the textile material of the tab being reduced at the position of the at least one embossing surface of the at least one embossing element, characterised in that the sonotrode is used to form a breaking point in which the embossing surface of the embossing element protrudes from a work plane formed by the respective pressing surfaces of the protrusions, such that the embossing element is higher than the protrusions, thus controlling displacement of a greater amount of molten material of the at least one outer layer of the data carrier.
Device for mounting electrical equipment, comprising an electrical equipment holder having a generally flat front face and a baseplate that supports at least one projecting post, said holder and said post comprising complementary assembly means (208, 209; 114) for mounting said holder on the free end of said post, characterised in that said complementary assembly means comprise means (209A, 118) for pivoting said holder relative to the post about an axis that extends in parallel with the plane of the front face of said holder.
A method of controlling building of a tyre, wherein said building comprises: - making Si continuous elongated semifinished products adapted to form components of at least one structural portion of a tyre, with "i" included between 1 and N, each of said Si semifinished products being obtained through application of a respective manufacturing method in which for a sub-assembly Kj of the Si semifinished products, with "j" included between 1 and M and M<N, formation of preparation joints GPj is provided along the semifinished product itself, - cutting the Si semifinished products to size for obtaining Ei elementary semifinished products, - circumferentially winding one of the elementary semifinished products Ei cut to size forming a building joint GCi by moving adjacent to each other or overlapping the respective cutting lines on the semifinished product and obtaining a component Ci of the structural portion; wherein said method of controlling building of a tyre comprises: - defining an assembly of selected components comprising an assembly of selected joints including at least two building joints and at least one preparation joint, - calculating the relative position of the selected joints the relative position of the at least one preparation joint on the respective component being known, using at least one algorithm adapted to optimise the value of at least one first parameter describing the tyre evenness; - controlling deposition of the selected components comprising the selected joints for obtaining the calculated relative position of the selected joints themselves. - making Si continuous elongated semifinished products adapted to form components of at least one structural portion of a tyre, with "i" included between 1 and N, each of said Si semifinished products being obtained through application of a respective manufacturing method in which for a sub-assembly Kj of the Si semifinished products, with "j" included between 1 and M and M<N, formation of preparation joints GPj is provided along the semifinished product itself, - cutting the Si semifinished products to size for obtaining Ei elementary semifinished products, - circumferentially winding one of the elementary semifinished products Ei cut to size forming a building joint GCi by moving adjacent to each other or overlapping the respective cutting lines on the semifinished product and obtaining a component Ci of the structural portion; - defining an assembly of selected components comprising an assembly of selected joints including at least two building joints and at least one preparation joint, - calculating the relative position of the selected joints the relative position of the at least one preparation joint on the respective component being known, using at least one algorithm adapted to optimise the value of at least one first parameter describing the tyre evenness; - controlling deposition of the selected components comprising the selected joints for obtaining the calculated relative position of the selected joints themselves.
A track joint assembly (155;155';155"), comprising: a first link (110a;110a';110a") having a first bore (160a;160a';160a"); a second link (110b;110b';110b") having a second bore (160b;160b';160b"); and a bushing (157;157';157") including: a first axial end portion (320a;320a') disposed in the first bore (160a;160a';160a"); and a second axial end portion (320b;320b') disposed in the second bore (160b;160b';160b"), wherein: the first link (110a;110a';110a") includes a sealing portion surrounding an axial end of the first axial end portion (320a;320a'); characterised in that the sealing portion includes material having a different wear resistance than material of another portion of the first link (110a;110a';110a"). a first link (110a;110a';110a") having a first bore (160a;160a';160a"); a second link (110b;110b';110b") having a second bore (160b;160b';160b"); and a bushing (157;157';157") including: a first axial end portion (320a;320a') disposed in the first bore (160a;160a';160a"); and a second axial end portion (320b;320b') disposed in the second bore (160b;160b';160b"), a first axial end portion (320a;320a') disposed in the first bore (160a;160a';160a"); and a second axial end portion (320b;320b') disposed in the second bore (160b;160b';160b"), wherein: the first link (110a;110a';110a") includes a sealing portion surrounding an axial end of the first axial end portion (320a;320a'); characterised in that the sealing portion includes material having a different wear resistance than material of another portion of the first link (110a;110a';110a"). the first link (110a;110a';110a") includes a sealing portion surrounding an axial end of the first axial end portion (320a;320a'); characterised in that the sealing portion includes material having a different wear resistance than material of another portion of the first link (110a;110a';110a").
A magnetic absolute angular position sensor for valves controlled by electric part-turn actuators, which is formed by an essentially cylindrical case, closed by a cover, in which a support disk is located, containing a magnet and a circuit board in front of the latter, characterized in that a rotation α of the valve shaft induces a change in the direction of the magnetic flux lines generated by the magnet, which is arranged to be integral with the valve shaft through the support disk, and generates two electric signals X and Y in the circuit board, which are offset at an angle of 90°, i.e. a sinusoidal signal and a cosinusoidal signal, which are both proportional to twice the angle of rotation α, allowing to uniquely determine the angle of rotation of the valve, which may be a value of up to 120°, and in that the support disk has a slot which engages a pin (1 b) of the case and sets the rotation limits for the valve shaft.
A corrosion inhibition composition comprising a cerium compound, a silicate compound, a molybdate compound and a tungstate, wherein the molybdate compound is at least one of ZnMoO 4, CaMoO 4 or MgMoO 4, characterized in that said composition further comprises a smart release adjunct comprising at least one of MgC 2 O 4, Na 2 WO 4, CaWO 4, or a mixture of MgSiO 3 and ZnMoO 4; wherein the weight of the smart release adjunct is not included in the weight of the corrosion inhibitor composition.
A motorized drum (3000, 4000, 21000, 36000, 37000, 48000) comprising: a drum shell (3700, 1070, 50700); a motor (3200, 4200) disposed inside the drum shell; a reducer (3100, 4160, 19100, 21800) disposed inside the drum shell, said reducer having a reducer output that produces a rotatory output that has a lower rate of rotation than the rate of rotation of the motor, the reducer output being connected to the drum shell to transmit rotary power to the drum shell; a stationary shaft (3210, 35210, 48210) having a central axis; wherein the motor includes: a plurality of stator windings; a stator structure (3220, 4220) for supporting said plurality of stator windings; and a rotor (3230, 4230) arranged to rotate coaxially around an outer circumference of said stator windings at a rate of rotation of the motor and coupled to said reducer; and characterised in that the stator structure is affixed to the stationary shaft and the stationary shaft extends through the center of the reducer, and is connected to said drum shell at drum shell connections (3710, 3711) that are located on axially distal ends of said motor and said reducer, whereby said motor and said reducer are both disposed within the axially distal drum shell connections. a drum shell (3700, 1070, 50700); a motor (3200, 4200) disposed inside the drum shell; a reducer (3100, 4160, 19100, 21800) disposed inside the drum shell, said reducer having a reducer output that produces a rotatory output that has a lower rate of rotation than the rate of rotation of the motor, the reducer output being connected to the drum shell to transmit rotary power to the drum shell; a stationary shaft (3210, 35210, 48210) having a central axis; wherein the motor includes: a plurality of stator windings; a stator structure (3220, 4220) for supporting said plurality of stator windings; and a rotor (3230, 4230) arranged to rotate coaxially around an outer circumference of said stator windings at a rate of rotation of the motor and coupled to said reducer; and characterised in that the stator structure is affixed to the stationary shaft and the stationary shaft extends through the center of the reducer, and is connected to said drum shell at drum shell connections (3710, 3711) that are located on axially distal ends of said motor and said reducer, whereby said motor and said reducer are both disposed within the axially distal drum shell connections. a plurality of stator windings; a stator structure (3220, 4220) for supporting said plurality of stator windings; and a rotor (3230, 4230) arranged to rotate coaxially around an outer circumference of said stator windings at a rate of rotation of the motor and coupled to said reducer; and characterised in that the stator structure is affixed to the stationary shaft and the stationary shaft extends through the center of the reducer, and is connected to said drum shell at drum shell connections (3710, 3711) that are located on axially distal ends of said motor and said reducer, whereby said motor and said reducer are both disposed within the axially distal drum shell connections.
Manual control interface for an apparatus, notably a motor vehicle, comprising: - a mobile member which is controlled manually in a number of indexed selection positions in relation to a support, according to a direction of selection, each selection position corresponding to the selection of at least one determined function (FT i) of the apparatus, - a photo detector capable of generating position signals for the mobile member, - a mobile holographic element, the movements of which are linked to the movements of the mobile member in the direction of selection, comprising a first series of holograms forming coding patterns (MCi) of the selection position of the mobile member in relation to the support suitable for being projected towards the photo detector when they are illuminated by a suitable light beam, characterized in that the mobile holographic element comprises a second series of holograms forming figurative patterns (MFi) representing the functions (FTi) of the apparatus, the position of the mobile holographic element in relation to the support determining the figurative pattern (MFi) which is illuminated by a suitable light beam, so as to project the figurative pattern (MFi) corresponding to the selected function (FTi) towards a display area that can be viewed by the user. - a mobile member which is controlled manually in a number of indexed selection positions in relation to a support, according to a direction of selection, each selection position corresponding to the selection of at least one determined function (FT i) of the apparatus, - a photo detector capable of generating position signals for the mobile member, - a mobile holographic element, the movements of which are linked to the movements of the mobile member in the direction of selection, comprising a first series of holograms forming coding patterns (MCi) of the selection position of the mobile member in relation to the support suitable for being projected towards the photo detector when they are illuminated by a suitable light beam,
A medical probe, comprising: a shaft for insertion into a cavity of organ of a patient; and an expandable flexible distal-end assembly, which is round or elliptic and which is fitted at a distal-end of the shaft and comprises: two flexible substrates having respective arrays of electrodes disposed thereon; characterised by a flat flexible backing sheet, comprising irrigation channels, wherein the substrates are attached one on either side of the backing sheet. two flexible substrates having respective arrays of electrodes disposed thereon; characterised by a flat flexible backing sheet, comprising irrigation channels, wherein the substrates are attached one on either side of the backing sheet.
A tool for creating a sub-sternal tunnel in a patient, the tool comprising: a relatively straight guide member extending from a first end thereof to a second end thereof and configured to be aligned outside the patient's body along a patient's sternum; a tunneling member extending from a first end thereof to a tip thereof, the tunneling member extending alongside and coplanar with the guide member, the first end of the tunneling member and the first end of the guide member being joined together; the tunneling member being configured to create the sub-sternal tunnel; and a handle coupled to the guide member. a relatively straight guide member extending from a first end thereof to a second end thereof and configured to be aligned outside the patient's body along a patient's sternum; a tunneling member extending from a first end thereof to a tip thereof, the tunneling member extending alongside and coplanar with the guide member, the first end of the tunneling member and the first end of the guide member being joined together; the tunneling member being configured to create the sub-sternal tunnel; and a handle coupled to the guide member.
A method for changing radio access technology, RAT, of a first user equipment, UE, in a wireless communication system, comprising: transmitting, by the first UE, information related to a user traffic session to a second UE corresponding to a proximity service, ProSe, communication target of the first UE, when the first UE recognizes suspension of a packet switched service based on quality of service, QoS, for the packet switched service during execution of the ProSe communication; and changing, by the first UE, the RAT to a target RAT for performing a circuit switched fallback, CSFB, or a single radio voice call continuity, SRVCC, when the first UE recognizes suspension of the packet switched service. transmitting, by the first UE, information related to a user traffic session to a second UE corresponding to a proximity service, ProSe, communication target of the first UE, when the first UE recognizes suspension of a packet switched service based on quality of service, QoS, for the packet switched service during execution of the ProSe communication; and changing, by the first UE, the RAT to a target RAT for performing a circuit switched fallback, CSFB, or a single radio voice call continuity, SRVCC, when the first UE recognizes suspension of the packet switched service.
An electrical power conversion device, comprising - at least one electrical source input (201, 301); - at least two electrical gates (202, 204, 302, 304); - at least one electrical wave propagation medium (205, 306); and - at least one electrical output (209, 305) connectable to a receiving output load; wherein a voltage from the electrical source is applied to the electrical wave propagation medium through a first gate (202, 302) for a time duration exceeding the wave propagation time through the electrical wave propagation medium (305, 306) to one end of the electrical wave propagation medium and back to the electrical source, i.e. 2t d, accumulating an electrical wave travelling in the electrical wave propagation medium and the requiting accumulated electrical wave is controlled at the electrical output with a second gate (204, 304) and where the first and second gates are in a conducting position substantially separated from each other in time. - at least one electrical source input (201, 301); - at least two electrical gates (202, 204, 302, 304); - at least one electrical wave propagation medium (205, 306); and - at least one electrical output (209, 305) connectable to a receiving output load; wherein a voltage from the electrical source is applied to the electrical wave propagation medium through a first gate (202, 302) for a time duration exceeding the wave propagation time through the electrical wave propagation medium (305, 306) to one end of the electrical wave propagation medium and back to the electrical source, i.e. 2t d, accumulating an electrical wave travelling in the electrical wave propagation medium and the requiting accumulated electrical wave is controlled at the electrical output with a second gate (204, 304) and where the first and second gates are in a conducting position substantially separated from each other in time.