mhurhangee/patent-ind-claim-en huggingface dataset:
Structural component, consisting of - at least one skin element and - at least one stiffening element connected to the skin element , - and a plurality of thickened regions , wherein - the skin element in the region of the connection to the stiffening element is provided with a plurality of mutually remote thickened regions in the direction of the stiffening element which are components of the skin element , - in the regions of the skin element which are less thick, no welds are provided between mutually adjacent thickened regions , and - the stiffening element is integrally connected to the skin element in the region of the thickened regions and so forms a plurality of mutually remote connecting portions , characterised in that - the stiffening element is welded to the plurality of thickened regions , and - the thickened regions each have the shape of a rhombus, the stiffening element being aligned along a line connecting two mutually opposing corners of the rhombus. - at least one skin element and - at least one stiffening element connected to the skin element , - and a plurality of thickened regions , - the skin element in the region of the connection to the stiffening element is provided with a plurality of mutually remote thickened regions in the direction of the stiffening element which are components of the skin element , - in the regions of the skin element which are less thick, no welds are provided between mutually adjacent thickened regions , and - the stiffening element is integrally connected to the skin element in the region of the thickened regions and so forms a plurality of mutually remote connecting portions , - the stiffening element is welded to the plurality of thickened regions , and - the thickened regions each have the shape of a rhombus, the stiffening element being aligned along a line connecting two mutually opposing corners of the rhombus.
Apparatus for carrying out printing on inner and outer surfaces of a building, to perform printing of a print text on the inner and outer surfaces of the building, said apparatus comprising: a spray means for containing printing ink to be used in a piezo mode or a UV curable material to be used in a UV curing mode , a curing means , a body having a plate shape and being provided with the spray means therein or on a surface thereof, and a moving means configured to receive power to move the body to front/rear and left/right sides and being disposed on each of both ends of the body , characterized that said apparatus further comprises a coating agent application means , wherein said spray means , said curing means and said coating agent application means are sequentially disposed to sequentially perform spraying of the printing ink in the piezo mode or the UV curable material in the UV curing mode according to a user's selection, curing of the printing ink, and spraying of a coating agent while the apparatus travels, wherein the printing apparatus is configured to be selectively operated in the piezo mode or the UV curing mode via an input of a separate switch or keypad means , wherein the coating agent application means is mounted on a rear end of the body or the curing means to spray the coating agent to the position of the UV cured material or sprayed printing ink, wherein the apparatus is configured to measure a desired amount of printing ink and an amount of coating agent to be applied by using a distance measuring function to form the print text by using the measured amounts. a spray means for containing printing ink to be used in a piezo mode or a UV curable material to be used in a UV curing mode , a curing means , a body having a plate shape and being provided with the spray means therein or on a surface thereof, and a moving means configured to receive power to move the body to front/rear and left/right sides and being disposed on each of both ends of the body , characterized that said apparatus further comprises a coating agent application means , wherein said spray means , said curing means and said coating agent application means are sequentially disposed to sequentially perform spraying of the printing ink in the piezo mode or the UV curable material in the UV curing mode according to a user's selection, curing of the printing ink, and spraying of a coating agent while the apparatus travels, wherein the printing apparatus is configured to be selectively operated in the piezo mode or the UV curing mode via an input of a separate switch or keypad means , wherein the coating agent application means is mounted on a rear end of the body or the curing means to spray the coating agent to the position of the UV cured material or sprayed printing ink, wherein the apparatus is configured to measure a desired amount of printing ink and an amount of coating agent to be applied by using a distance measuring function to form the print text by using the measured amounts.
An atomizer, comprising a module for e-liquid injection and vapor circulation; the module comprising a first silicone fixing part , a first glass tube , a second glass tube disposed in the first glass tube , a sealing gasket having a central hole, and a ceramic core ; wherein: a top end of the first glass tube and a top end of the second glass tube are fixed on the first silicone fixing part ; and the first silicone fixing part comprises a side wall comprising a groove ; and a space is disposed between the first glass tube and the second glass tube ; characterized in that: the sealing gasket is disposed within a bottom end of the ceramic core ; a bottom end of the second glass tube is disposed within the ceramic core , and the bottom end of the second glass tube is supported on the sealing gasket or extends through the central hole of the sealing gasket ; a top opening of the second glass tube is adapted for injection of the e-liquid; the ceramic core is adapted to receive the e-liquid from the second glass tube and atomize the e-liquid to produce vapor; the space is adapted for conveying an air-vapor flow to be inhaled by a user; and the space is devoid of the e-liquid in the second glass tube or in the ceramic core . a top end of the first glass tube and a top end of the second glass tube are fixed on the first silicone fixing part ; and the first silicone fixing part comprises a side wall comprising a groove ; and a space is disposed between the first glass tube and the second glass tube ; the sealing gasket is disposed within a bottom end of the ceramic core ; a bottom end of the second glass tube is disposed within the ceramic core , and the bottom end of the second glass tube is supported on the sealing gasket or extends through the central hole of the sealing gasket ; a top opening of the second glass tube is adapted for injection of the e-liquid; the ceramic core is adapted to receive the e-liquid from the second glass tube and atomize the e-liquid to produce vapor; the space is adapted for conveying an air-vapor flow to be inhaled by a user; and the space is devoid of the e-liquid in the second glass tube or in the ceramic core .
A Chinese medicine composition for use to decrease the occurrence of re-infarction after acute myocardial infarction, characterized in that said Chinese medicine composition is prepared from a formulation comprising the crude drugs by the following weight percentage: Radix Astragali 22.2%∼66.8%, Radix Salviae Miltiorrhizae 11.6%∼33.4%, Radix Notoginseng 2.5%∼13.5%, and Lignum Dalbergiae Odoriferae 14.5%∼44.3%.
A device for retaining tendon to a bone, the device comprising: a first component comprising a first head portion and a shank portion extending from a lower side of the first head portion for insertion into and through the tendon and into the bone, the shank portion having a lower end positioned distal to the first head portion , and a threaded shaft portion extending from the lower end of the shank portion ; a second component comprising a second head portion and a body portion extending from a lower side of the second head portion for insertion into the bone to a lower end of the body portion arranged distal to the second head portion , the body portion comprising an internally threaded bore extending into the body portion from the lower end thereof; wherein the bore of the body portion is configured to receive at least a portion of the threaded shaft portion such that the first component may be received by and coupled with the second component ; wherein the lower side of the first head portion has a plurality of protrusions arranged about the shank portion ; wherein the second head portion has a plurality of bone engagement features (25a-d) that allow the second component to be rotated in one direction to be threadedly received by and coupled with the first component but restrict rotation of the second component in an opposing direction and de-threading from the first component via gripping of the bone by the bone engagement features; and wherein the bone engagement features are tangs (25a-d) that radially project from an outer periphery of the second head portion . a first component comprising a first head portion and a shank portion extending from a lower side of the first head portion for insertion into and through the tendon and into the bone, the shank portion having a lower end positioned distal to the first head portion , and a threaded shaft portion extending from the lower end of the shank portion ; a second component comprising a second head portion and a body portion extending from a lower side of the second head portion for insertion into the bone to a lower end of the body portion arranged distal to the second head portion , the body portion comprising an internally threaded bore extending into the body portion from the lower end thereof; wherein the bore of the body portion is configured to receive at least a portion of the threaded shaft portion such that the first component may be received by and coupled with the second component ; wherein the lower side of the first head portion has a plurality of protrusions arranged about the shank portion ; wherein the second head portion has a plurality of bone engagement features (25a-d) that allow the second component to be rotated in one direction to be threadedly received by and coupled with the first component but restrict rotation of the second component in an opposing direction and de-threading from the first component via gripping of the bone by the bone engagement features; and wherein the bone engagement features are tangs (25a-d) that radially project from an outer periphery of the second head portion .
A bidirectional power conversion system connectable to a single-phase electrical load, said conversion system being adapted to be connected to a continuous supply bus (Udc bus) outputting a unique continuous supply voltage and adapted to output to the load a substantially slot-shaped alternating output voltage, and comprising a set of interleaved converters (C), the converters including inductive circuits for connecting the converters and the switching cells, the system further comprising a circuit for controlling the converters adapted to output to each converter a slot-shaped common reference voltage (Ref) corresponding to the alternating output voltage (Uac) and a set of phase-shifted sawtooth-shaped control signals intended respectively to the output converters so that the on-state or off-state of each switching cell is determined by the intersection between the reference signal and control signals, each of the converters is adapted to output a converter output voltage, the output voltage (Uac) of the power conversion system being equal to the sum of the voltages supplied by the converters divided by the number of converters, and the conversion system is adapted to supply a control voltage whose fundamental component is phase-shifted with respect to the internal voltage of the load (Vac), so that the power transfer is controlled according to the phase-shift between the output voltage (Uac) and the voltage of the load (Vac), and said control voltage is adapted to control this said power transfer from the converters towards the load or from the load towards the converters according to the phase-shift sign, in addition, the conversion system is adapted to supply the output voltage of each converter being created from the common reference voltage (Ref) and from one of the control signals so that the average value of the amplitude of the output voltage (Uac) of the conversion system corresponds to the amplitude of the internal voltage of the load (Vac) and so that the instantaneous value of the output voltage has amplitudes adapted to reduce the fluctuations of a current circulating between the voltage converters and the load, each of the inductive circuits comprises a set of coupled coils comprising a first coil connected to a first converter and a second coil connected to another converter, the coils being wound in opposite directions around a magnetic core so that the magnetic fluxes generated by the coils cancel each other when the currents of the converters are equal.
A display device comprising: a display panel ; a frame at a rear of the display panel , the frame including a bottom and a sidewall extending from the bottom ; a substrate on the frame ; a light source mounted on the substrate ; a lens mounted on the light source , wherein the lens includes an upper surface (S1), a lower surface (S2), and a side surface (S3) connected with the upper surface (S1) and the lower surface (S2), wherein the lower surface (S2) of the lens includes a groove in which the light source is inserted and at least one leg ; a ring-shaped reflecting layer between the substrate and the lens , wherein the ring-shaped reflecting layer forms an outer peripheral area surrounding the light source ; characterized in that the light source is configured to emit light having a directivity in predetermined lateral directions, and that a plurality of dots (DT) are formed on portions of the outer peripheral area of the ring-shaped reflecting layer , the portions of the outer peripheral area forming dot areas (DA) only in the predetermined lateral directions (HA). a display panel ; a frame at a rear of the display panel , the frame including a bottom and a sidewall extending from the bottom ; a substrate on the frame ; a light source mounted on the substrate ; a lens mounted on the light source , wherein the lens includes an upper surface (S1), a lower surface (S2), and a side surface (S3) connected with the upper surface (S1) and the lower surface (S2), wherein the lower surface (S2) of the lens includes a groove in which the light source is inserted and at least one leg ; a ring-shaped reflecting layer between the substrate and the lens , wherein the ring-shaped reflecting layer forms an outer peripheral area surrounding the light source ; characterized in that the light source is configured to emit light having a directivity in predetermined lateral directions, and that a plurality of dots (DT) are formed on portions of the outer peripheral area of the ring-shaped reflecting layer , the portions of the outer peripheral area forming dot areas (DA) only in the predetermined lateral directions (HA).
A pen needle , comprising: a. a reusable adapter configured for attachment to a distal end of a medication pen, the adapter having a proximal needle for accessing an interior of the pen injector and a fitting on a distal side for mating with a disposable patient end needle assembly ; and b. the disposable patient-end needle assembly having a base configured for mating with the fitting on the distal side of the adapter and a patient-end needle extending from a distal end of the base ; characterized in that the adapter is provided with a valve or septum to prevent fluid leakage from the interior of the pen injector. a. a reusable adapter configured for attachment to a distal end of a medication pen, the adapter having a proximal needle for accessing an interior of the pen injector and a fitting on a distal side for mating with a disposable patient end needle assembly ; and b. the disposable patient-end needle assembly having a base configured for mating with the fitting on the distal side of the adapter and a patient-end needle extending from a distal end of the base ;
A three-dimensional structure having an internal space, comprising: a polymer film having a plurality of layers, wherein a microparticle is encapsulated in the internal space of said three-dimensional structure, the polymer film having the plurality of layers consists of a silk fibroin gel layer and a polyparaxylen layer, and a layer in contact with an outside of the three-dimensional structure among the layers of the polymer film having the plurality of layers is composed of the silk fibroin gel layer. a polymer film having a plurality of layers, wherein a microparticle is encapsulated in the internal space of said three-dimensional structure, the polymer film having the plurality of layers consists of a silk fibroin gel layer and a polyparaxylen layer, and a layer in contact with an outside of the three-dimensional structure among the layers of the polymer film having the plurality of layers is composed of the silk fibroin gel layer.
A device for producing a spacer by curing bone cement paste , wherein the spacer is provided in the medical field for temporarily replacing a joint or part of a joint comprising an articulating surface of a head of the joint, in particular for temporarily replacing a hip joint or a shoulder joint, the device having a casting mold for molding the spacer from bone cement paste , wherein the casting mold has a stem mold for molding a stem and a neck and the casting mold has a mold cavity with a spherical surface-shaped inner surface for molding a sliding surface of a head of the spacer , wherein the stem mold and the mold cavity delimit a common interior, such that the head of a spacer molded with the casting mold is connected as one part via the neck to the stem , at least one filling opening for injecting a bone cement paste into the casting mold , at least one vent element which connects the common interior of the casting mold in a gas-permeable manner to the surroundings of the casting mold , wherein the stem mold is dimensionally stable on injection of bone cement paste into the casting mold , characterized in that on injection of bone cement paste into the casting mold , the mold cavity is expandable, at least in the region of the spherical surface-shaped inner surface, by pressure imparted by the injected bone cement paste . a casting mold for molding the spacer from bone cement paste , wherein the casting mold has a stem mold for molding a stem and a neck and the casting mold has a mold cavity with a spherical surface-shaped inner surface for molding a sliding surface of a head of the spacer , wherein the stem mold and the mold cavity delimit a common interior, such that the head of a spacer molded with the casting mold is connected as one part via the neck to the stem , at least one filling opening for injecting a bone cement paste into the casting mold , at least one vent element which connects the common interior of the casting mold in a gas-permeable manner to the surroundings of the casting mold , wherein the stem mold is dimensionally stable on injection of bone cement paste into the casting mold , characterized in that on injection of bone cement paste into the casting mold , the mold cavity is expandable, at least in the region of the spherical surface-shaped inner surface, by pressure imparted by the injected bone cement paste .
A semiconductor structure , comprising: a substrate ; a Group III-N semiconductor layer disposed on the substrate; a multi-layer, electrical contact structure (42 1 -42 7 ) in contact with the Group III-N semiconductor layer, wherein the multi-layer, electrical contact structure is gold-free, the electrical contact structure comprising: a gold-free contact layer (42 a ) in contact with the Group III-N semiconductor layer; a gold-free electrically conductive etch stop layer (42 ES ) electrically connected to the gold-free contact layer; and, an electrically conductive via (30 1 -30 2 ) passing through the substrate and terminating on the etch stop layer, an electrode contact (54 1 -54 11 ) electrically connected to the multi-layer electrical contact structure, wherein the electrode contact is a gold-free electrode contact and the electrode contact (54 1 -54 11 ) is formed on a top surface of the electrical contact structure; and wherein the multi-layer electrical contact structure and the electrode contact provide a gold-free source or drain electrode structure. a substrate ; a Group III-N semiconductor layer disposed on the substrate; a multi-layer, electrical contact structure (42 1 -42 7 ) in contact with the Group III-N semiconductor layer, wherein the multi-layer, electrical contact structure is gold-free, the electrical contact structure comprising: a gold-free contact layer (42 a ) in contact with the Group III-N semiconductor layer; a gold-free electrically conductive etch stop layer (42 ES ) electrically connected to the gold-free contact layer; and, a gold-free contact layer (42 a ) in contact with the Group III-N semiconductor layer; a gold-free electrically conductive etch stop layer (42 ES ) electrically connected to the gold-free contact layer; and, an electrically conductive via (30 1 -30 2 ) passing through the substrate and terminating on the etch stop layer, an electrode contact (54 1 -54 11 ) electrically connected to the multi-layer electrical contact structure, wherein the electrode contact is a gold-free electrode contact and the electrode contact (54 1 -54 11 ) is formed on a top surface of the electrical contact structure; and wherein the multi-layer electrical contact structure and the electrode contact provide a gold-free source or drain electrode structure.
A composite body comprising: a carbon material having a graphene layered structure; and fine particles, the composite body having mesopores, the mesopores having a specific volume measured in accordance with BJH method of 0.15 mL/g or more, and the composite body having a BET specific surface area of 900 m 2 /g or more, wherein the fine particles are at least one kind selected from the group consisting of activated carbon, carbon black, graphene oxide, graphite, graphite oxide, metal oxides, zeolite oxide, and tungstophosphoric acid, a median size of the fine particles is 10 nm or more and less than 20 μm, and the carbon material is partially exfoliated graphite which has a graphite structure and in which graphite is partially exfoliated. a carbon material having a graphene layered structure; and fine particles, the composite body having mesopores, the mesopores having a specific volume measured in accordance with BJH method of 0.15 mL/g or more, and the composite body having a BET specific surface area of 900 m 2 /g or more, wherein the fine particles are at least one kind selected from the group consisting of activated carbon, carbon black, graphene oxide, graphite, graphite oxide, metal oxides, zeolite oxide, and tungstophosphoric acid, a median size of the fine particles is 10 nm or more and less than 20 μm, and the carbon material is partially exfoliated graphite which has a graphite structure and in which graphite is partially exfoliated.