mhurhangee/patent-ind-claim-en huggingface dataset:
Solder preform made of a microstructure for establishing a diffusion solder connection, • comprising a first joining surface for a first joining partner and a second joining surface for a second joining partner , • wherein the microstructure comprises a first phase made of a solder material and a second phase made of copper, wherein a diffusion zone consisting of the material of the first phase and the material of the second phase is formed in the solder preform, wherein • the first joining surface and the second joining surface are entirely or partially formed by the first phase , • the diffusion zone comprises an intermetallic compound, wherein a minimum distance, which is in the range of at least 1 μm and at most 30 μm, exists between the diffusion zone and the first joining surface and also between the diffusion zone and the second joining surface , wherein the first phase and the second phase are formed as layers in the solder preform, wherein the diffusion zones are respectively formed as intermediate layers between these layers, characterized in that the minimum distance between the diffusion zone and the first joining surface and also between the diffusion zone and the second joining surface is present in a region below the joining surface of at least 70%. • comprising a first joining surface for a first joining partner and a second joining surface for a second joining partner , • wherein the microstructure comprises a first phase made of a solder material and a second phase made of copper, wherein a diffusion zone consisting of the material of the first phase and the material of the second phase is formed in the solder preform, wherein • the first joining surface and the second joining surface are entirely or partially formed by the first phase , • the diffusion zone comprises an intermetallic compound, • the first joining surface and the second joining surface are entirely or partially formed by the first phase , • the diffusion zone comprises an intermetallic compound, wherein a minimum distance, which is in the range of at least 1 μm and at most 30 μm, exists between the diffusion zone and the first joining surface and also between the diffusion zone and the second joining surface , wherein the first phase and the second phase are formed as layers in the solder preform, wherein the diffusion zones are respectively formed as intermediate layers between these layers, characterized in that the minimum distance between the diffusion zone and the first joining surface and also between the diffusion zone and the second joining surface is present in a region below the joining surface of at least 70%.
A plasma irradiation apparatus comprising: a plasma-generating unit ; and a plasma delivery tube that is arranged to deliver plasma generated by the plasma-generating unit , wherein the plasma delivery tube includes a delivery part that is arranged to deliver the plasma, wherein the plasma delivery tube further includes an irradiation unit , at a distal end of the delivery part , that is arranged to irradiate the plasma at an object being processed and characterised in that the irradiation unit includes a coating part capable of absorbing a liquid and arranged to coat the liquid onto the object being processed, while the object is being irradiated by plasma. a plasma-generating unit ; and a plasma delivery tube that is arranged to deliver plasma generated by the plasma-generating unit , wherein the plasma delivery tube includes a delivery part that is arranged to deliver the plasma, wherein the plasma delivery tube further includes an irradiation unit , at a distal end of the delivery part , that is arranged to irradiate the plasma at an object being processed and characterised in that the irradiation unit includes a coating part capable of absorbing a liquid and arranged to coat the liquid onto the object being processed, while the object is being irradiated by plasma.
Composite component for a motor vehicle, comprising an outer casing and a support body , wherein a positioning and fixing element is positioned in the support body , said positioning and fixing element defining an opening with a first opening portion and a second opening portion , wherein the positioning and fixing element has a tab that extends from a side edge of the first opening portion towards the second opening portion and covers the first opening portion , wherein the second opening portion is designed such that a positioning protrusion formed on the outer casing may be positioned in the second opening portion , to be held and fixed therein by an edge of the second opening portion and the tab , so as to prevent relative movements of the outer casing and of the support body with respect to one another parallel to the extension plane of the support body or of the outer casing in the area of the positioning and fixing element , wherein the first opening portion is made larger than the second opening portion , wherein the positioning and fixing element is formed such that to position the positioning protrusion in the second opening portion , the positioning protrusion may first be engaged in the first opening portion to push against the tab and deflect the latter from the rest position thereof, the positioning element may be moved by means of a relative movement of the outer casing and the support body towards the second opening portion , wherein when the positioning protrusion is completely moved into the second opening portion and positioned therein, the tab rebounds at least partially from the deflected state to push against a side surface of the positioning element so that the positioning element is fixed in the position defined by the tab and the edge of the second opening portion , wherein an edge portion is formed by a narrowing in the opening width in a transition area of the edge of the first opening portion toward the edge of the second opening portion , for guiding the positioning protrusion in the second opening portion , and wherein at least one clamping element is further positioned on the outer casing and is adapted to pass through an associated opening provided in the support body and, upon the relative movement of the outer casing and of the support body to move the positioning protrusion from the first opening portion to the second opening portion , to engage the edge of the clamping element opening , so as to clamp the support body between the clamping element and the body of the outer casing to prevent a relative movement of the outer casing and of the support body perpendicular to the extension plane of the support body or of the outer casing in the area of the clamping element .
A method performed by a base station, the method comprising: receiving an Ethernet for control automation technology, EtherCAT, frame; determining a first EtherCAT datagram in the EtherCAT frame for a first device and a second EtherCAT datagram in the EtherCAT frame for a second device; extracting the first EtherCAT datagram from the EtherCAT frame to result in an extracted first EtherCAT datagram and the second EtherCAT datagram from the EtherCAT frame to result in an extracted second EtherCAT datagram; transmitting the extracted first EtherCAT datagram directly to the first device; and transmitting the extracted second EtherCAT datagram directly to the second device. receiving an Ethernet for control automation technology, EtherCAT, frame; determining a first EtherCAT datagram in the EtherCAT frame for a first device and a second EtherCAT datagram in the EtherCAT frame for a second device; extracting the first EtherCAT datagram from the EtherCAT frame to result in an extracted first EtherCAT datagram and the second EtherCAT datagram from the EtherCAT frame to result in an extracted second EtherCAT datagram; transmitting the extracted first EtherCAT datagram directly to the first device; and transmitting the extracted second EtherCAT datagram directly to the second device.
Commercial vehicle tyre comprising a tread with a respective shoulder-side circumferential groove at each shoulder, each shoulder-side circumferential groove having a tread inner-side groove flank and a tread outer-side groove flank , and a freestanding web that extends over the circumference of the tread being formed in each shoulder-side circumferential groove and dividing the shoulder-side circumferential groove into a tread outer-side groove portion and a tread inner-side groove portion , the freestanding web that is formed in each shoulder-side circumferential groove being provided with a number of cutouts , which are in particular evenly distributed over the circumference and pass through the web in the axial direction, characterized in that each cutout is delimited in the radial direction by a bottom which continues in the surface of an elevation that is formed alongside the cutout in the tread inner-side groove portion , the elevation together with the bottom of the cutout forming a wear indicator, the tread outer-side groove portion being wider than the tread inner-side groove portion .
Beam for a wind turbine blade of a wind turbine , whereby the beam is made from a composite material comprising a matrix and a reinforcement, the beam having a length (L40) in a longitudinal direction of the beam , a width (W40) in a width direction of the beam and a thickness (T40) in a thickness direction of the beam , whereby the beam comprises at least one longitudinal recess arranged in the longitudinal direction of the beam , whereby the at least one longitudinal recess separates the beam into adjacent longitudinal beam portions , whereby the longitudinal recess has the width (W40) or the thickness (T40) of the beam , characterized in that the longitudinal beam portions are connected to one another by unrecessed sections of the beam , where the at least one longitudinal recess is not provided, and whereby the unrecessed sections are provided at both ends of the beam .
A crystalline form of ethyl ((S)-((( -5-(6-amino-9H-purin-9-yl)-4-fluoro-2,5-dihydrofuran-2-yl)oxy)methyl)(phenoxy)phosphoryl)-L-alaninate (Formula I), wherein the crystalline form is Formula I Form I, characterized by an X-ray powder diffraction pattern having peaks at 7.7°, 11.2°, and 15.2° 2θ ± 0.2° 2θ.
An open retinoscope coupleable to a smartphone, comprising: - a body comprising a light source oriented in the longitudinal direction and a first coupling means for coupling to a Volk lens holder in a longitudinally sliding manner, the body further comprising a fourth transverse sliding coupling means ; - a Volk lens holder , coupled in a longitudinally sliding manner to the body , where the holder comprises a second longitudinal sliding coupling means which is complementary to the first longitudinal sliding coupling means of the body ; and - a smartphone adaptor connected to the body in a transversely sliding manner; characterized in that the smartphone adaptor comprises on a first face an adjustable fixing means for a smartphone and on an opposite second face a third transverse sliding coupling means which is complementary to the fourth transverse sliding coupling means of the body . - a body comprising a light source oriented in the longitudinal direction and a first coupling means for coupling to a Volk lens holder in a longitudinally sliding manner, the body further comprising a fourth transverse sliding coupling means ; - a Volk lens holder , coupled in a longitudinally sliding manner to the body , where the holder comprises a second longitudinal sliding coupling means which is complementary to the first longitudinal sliding coupling means of the body ; and - a smartphone adaptor connected to the body in a transversely sliding manner;
A membrane configured to guide bone and tissue regeneration for a bone defect, the membrane comprising: a first layer made of expanded polytetrafluoroethylene (PTFE) configured to contact bone and including pores in a size range of 30 micrometres to 1000 micrometres, and a second layer made of an unsintered, substantially unexpanded polytetrafluoroethylene having a denser structure compared to the first layer and having a limited porosity that allows for the passage of ions and other small molecules necessary for cellular nourishment and waste transport, the pore channels of the second layer having a nominal pore channel size of less than 5 micrometres, and the second layer is fixedly coupled to the first layer , comprising secondary perforations to receive fasteners (1204, 1304, 1404 and 1504) configured to hold the membrane in place at the bone defect, characterized in that the membrane comprises first perforations extending through the membrane and the membrane being configured to be spread over the bone defect, the first perforations comprising substantially circular co-axial through-holes having common dimensions through the first layer and the second layer which through-holes have diameters being at least 0.1 mm and smaller than 3.0 mm.
An oral preparation for treatment of cell proliferative diseases, characterized by comprising hydroxypropyl-β-cyclodextrin and an active ingredient that is KX2-361 or a medicinal salt thereof, the KX2-361 is represented by the following formula 1:
Computed tomography imaging method for generating a radiation image of an object comprising the steps of - applying a reconstruction algorithm capable of reconstructing tomography slice images at specific locations with a set of input parameters, - generating a visual indication of a depth location of at least one of said slice images obtained by applying said reconstruction algorithm with said set of input parameters, wherein said visual indication is projected onto said object thereby indicating said depth location relative to said object. - applying a reconstruction algorithm capable of reconstructing tomography slice images at specific locations with a set of input parameters, - generating a visual indication of a depth location of at least one of said slice images obtained by applying said reconstruction algorithm with said set of input parameters, wherein said visual indication is projected onto said object thereby indicating said depth location relative to said object.
An electronic vapour provision device comprising: a liquid store ; a power cell ; a heating element ; a wicking element configured to wick liquid from the liquid store to the heating element for vaporising the liquid; an air outlet for vaporised liquid from the heating element ; and a heating element support configured to support the heating element , wherein the heating element is on the inside of the heating element support , wherein the heating element support is the wicking element, and wherein the heating element support comprises a first support section and a second support section , wherein the heating element is supported between the first support section and the second support section . a liquid store ; a power cell ; a heating element ; a wicking element configured to wick liquid from the liquid store to the heating element for vaporising the liquid; an air outlet for vaporised liquid from the heating element ; and a heating element support configured to support the heating element , wherein the heating element is on the inside of the heating element support , wherein the heating element support is the wicking element, and wherein the heating element support comprises a first support section and a second support section , wherein the heating element is supported between the first support section and the second support section .
Fixing element for fixing the rotor shaft of an electric machine on the stator of said machine, the fixing element having a ram for pressing against the rotor shaft , which ram is made of plastics material, characterised in that the ram is made of a thermoplastic material that is deformable below 100°C and can melt without residue such that rotation of the rotor shaft relative to the stator and against resistance from the fixing element generates heat which leads to the ram being deformed and the material of the ram melting without residue.
A method of manufacturing a packaging and applicator device for applying a composition (P) to the eyelashes and/or the eyebrows, the device including: . a container comprising a composition (P) to be applied to the eyelashes and/or the eyebrows; and . a molded applicator member comprising: • a core having a longitudinal axis (X); and . rows of teeth that are carried by the core , preferably at least five rows, two teeth belonging to two consecutive rows not being parallel, the outside surface of at least one segment of the core including only one toothless portion, or only two toothless portions that are situated substantially opposite each other, the or each toothless portion being of angular extent (δ) lying in the range 75° to 110° around said longitudinal axis, characterized in the method comprising at least a step of molding the core and the teeth in a mold that is formed by assembling together a plurality of shells (C 1 , ..., C n ) of which at least two consecutive shells having facing faces without cavities for forming teeth. . a container comprising a composition (P) to be applied to the eyelashes and/or the eyebrows; and . a molded applicator member comprising: • a core having a longitudinal axis (X); and . rows of teeth that are carried by the core , preferably at least five rows, two teeth belonging to two consecutive rows not being parallel, the outside surface of at least one segment of the core including only one toothless portion, or only two toothless portions that are situated substantially opposite each other, the or each toothless portion being of angular extent (δ) lying in the range 75° to 110° around said longitudinal axis, • a core having a longitudinal axis (X); and . rows of teeth that are carried by the core , preferably at least five rows, two teeth belonging to two consecutive rows not being parallel, the outside surface of at least one segment of the core including only one toothless portion, or only two toothless portions that are situated substantially opposite each other, the or each toothless portion being of angular extent (δ) lying in the range 75° to 110° around said longitudinal axis,
A method comprising the steps of: a. forming, by self-aligned multiple patterning, a first pattern of regularly spaced mandrels on a layer to be patterned, b. subsequently, forming hard mask spacers on sidewalls of the mandrels , thereby forming a second pattern formed of regularly spaced assemblies each comprising a mandrel and hard mask spacers on sidewalls thereof, the hard mask spacers extending from the layer to be patterned along the sidewalls, whereby the regularly spaced assemblies form regularly spaced masks on the layer to be patterned, and c. subsequently, by means of the regularly spaced masks, etching the second pattern in the layer to be patterned to form a pattern of regularly spaced dummy gates. a. forming, by self-aligned multiple patterning, a first pattern of regularly spaced mandrels on a layer to be patterned, b. subsequently, forming hard mask spacers on sidewalls of the mandrels , thereby forming a second pattern formed of regularly spaced assemblies each comprising a mandrel and hard mask spacers on sidewalls thereof, the hard mask spacers extending from the layer to be patterned along the sidewalls, whereby the regularly spaced assemblies form regularly spaced masks on the layer to be patterned, and c. subsequently, by means of the regularly spaced masks, etching the second pattern in the layer to be patterned to form a pattern of regularly spaced dummy gates.
A method for conveying to a listener a directionality-preserving pseudo low frequency psycho-acoustic sensation of a multichannel sound signal, comprising: deriving from the sound signal, by a processing unit, a high frequency multichannel signal and a low frequency multichannel signal, the low frequency multichannel signal extending over a low frequency range of interest; generating, by processing the low frequency multichannel signal by the processing unit, a multichannel harmonic signal, wherein the loudness of at least one channel signal of the multichannel harmonic signal substantially matches the loudness of a corresponding channel in the low frequency multichannel signal; and wherein at least one interaural level difference (ILD) of at least one frequency of at least one channel pair of the multichannel harmonic signal substantially matches an ILD of a corresponding fundamental frequency in a corresponding channel pair in the low frequency multichannel signal; and summing, by the processing unit, the harmonic multichannel signal and the high frequency multichannel signal thereby giving rise to a psychoacoustic alternative signal. deriving from the sound signal, by a processing unit, a high frequency multichannel signal and a low frequency multichannel signal, the low frequency multichannel signal extending over a low frequency range of interest; generating, by processing the low frequency multichannel signal by the processing unit, a multichannel harmonic signal, wherein the loudness of at least one channel signal of the multichannel harmonic signal substantially matches the loudness of a corresponding channel in the low frequency multichannel signal; and wherein at least one interaural level difference (ILD) of at least one frequency of at least one channel pair of the multichannel harmonic signal substantially matches an ILD of a corresponding fundamental frequency in a corresponding channel pair in the low frequency multichannel signal; and summing, by the processing unit, the harmonic multichannel signal and the high frequency multichannel signal thereby giving rise to a psychoacoustic alternative signal.