mhurhangee/patent-ind-claim-en huggingface dataset:
A compact heat exchanger unit for an air conditioning apparatus for a vehicle for the condensation of refrigerant cooled with liquid, wherein a condenser region for the condensation of the refrigerant is formed as a heat exchanging surface, and a high-pressure-refrigerant collector region as a refrigerant collector is formed in the integrated form as a plate packet of a heat exchanger within a plate heat exchanger, wherein a separate excess cooling region for the excess cooling of the refrigerant is formed in the state of being connected after the condenser region and arranged in the state of being integrated within the compact heat exchanger unit as the plate packet and wherein an evaporator region , an internal heat exchanger region , and the condenser region are formed as the plate packets, and arranged in the state of being integrated within an integrated plate heat exchanger, characterized in that the plates of the plate heat exchanger have ribs , the ribs are formed by an offset-design, a dimple-design, or a chevron-design, and the ribs formed by the offset-design are implemented between two plates as an insertion plate and wherein the plates of the plate heat exchanger within the high-pressure-refrigerant collector region have the ribs as the insertion plate formed by the offset-design and the insertion plate has a recess for enlarging the volume of the high-pressure-refrigerant collector region .
System for securing a magnetic card reader comprising a surface-mounted magnetic reader head , via at least one mounting end ( T ), on a flexible printed circuit , said flexible printed circuit comprising: • at least one first layer (L1) for transporting analogue signals from said magnetic reader head ; • at least one layer comprising a plurality of tracks connected to the ground, called ground layer (L2), covering said analogue signals of said first layer (L1), and • at least one dynamic security layer (L3) covering said ground layer (L2), said dynamic security layer comprising a mesh formed of a plurality of conductive tracks, said mesh generating a random digital signal. • at least one first layer (L1) for transporting analogue signals from said magnetic reader head ; • at least one layer comprising a plurality of tracks connected to the ground, called ground layer (L2), covering said analogue signals of said first layer (L1), and • at least one dynamic security layer (L3) covering said ground layer (L2), said dynamic security layer comprising a mesh formed of a plurality of conductive tracks, said mesh generating a random digital signal.
A mandrel supported assembly for borehole use, comprising: at least one base comprising an opening for a mandrel ; at least one tapered segment extending from said base further comprising a plurality of slots defining fingers therebetween, said fingers having stiffened ends spaced from said base ; said fingers flexing independently of each other relative to said base to conform to a shape of a surrounding surface while exerting a force against the surrounding surface; and characterized by : a tubular sealing element support with alternating exterior peaks and valleys and alternating internal peaks and valleys ; wherein said stiffened ends engage the internal valleys of the tubular sealing element support . at least one base comprising an opening for a mandrel ; at least one tapered segment extending from said base further comprising a plurality of slots defining fingers therebetween, said fingers having stiffened ends spaced from said base ; said fingers flexing independently of each other relative to said base to conform to a shape of a surrounding surface while exerting a force against the surrounding surface; and characterized by : a tubular sealing element support with alternating exterior peaks and valleys and alternating internal peaks and valleys ; wherein said stiffened ends engage the internal valleys of the tubular sealing element support . a tubular sealing element support with alternating exterior peaks and valleys and alternating internal peaks and valleys ; wherein said stiffened ends engage the internal valleys of the tubular sealing element support .
A part of a holding device suitable for being assembled with another identical part in a closing direction (Z-Z') to form a holding device , the part being adapted to define at least one duct adapted to receive the elongate member with the assembled other part , the duct extending along a longitudinal direction (X-X') substantially orthogonal to the closing direction (Z-Z'), the part having two side faces opposite each other in a transverse direction (Y-Y') substantially orthogonal to the closing direction (Z-Z') and to the longitudinal direction (X-X'), the part comprising: - at least one groove in a first of the side faces , oriented in the closing direction (Z-Z'), and - at least one stud projecting from the second side face in the transverse direction (Y-Y'), said stud being adapted to be received in a groove of the other part when the first side face of the part is abutted to a second side face of the other part , characterised in that the part further comprises at least one closure guide projecting in the closure direction (Z-Z'), capable of being engaged in a groove of the other part when the two parts are assembled to each other in the closure direction (Z-Z') the part being adapted to define at least one duct adapted to receive the elongate member with the assembled other part , the duct extending along a longitudinal direction (X-X') substantially orthogonal to the closing direction (Z-Z'), the part having two side faces opposite each other in a transverse direction (Y-Y') substantially orthogonal to the closing direction (Z-Z') and to the longitudinal direction (X-X'), the part comprising: - at least one groove in a first of the side faces , oriented in the closing direction (Z-Z'), and - at least one stud projecting from the second side face in the transverse direction (Y-Y'), said stud being adapted to be received in a groove of the other part when the first side face of the part is abutted to a second side face of the other part , - at least one groove in a first of the side faces , oriented in the closing direction (Z-Z'), and - at least one stud projecting from the second side face in the transverse direction (Y-Y'), said stud being adapted to be received in a groove of the other part when the first side face of the part is abutted to a second side face of the other part , characterised in that the part further comprises at least one closure guide projecting in the closure direction (Z-Z'), capable of being engaged in a groove of the other part when the two parts are assembled to each other in the closure direction (Z-Z')
A direct smelting process that comprises supplying (a) a metalliferous feed material that contains iron oxides and at least 3 wt.% titanium oxides (b) a solid carbonaceous feed material, and (c) an oxygen-containing gas into a direct smelting vessel containing a molten bath of iron and slag and direct smelting the metalliferous feed material in the vessel and producing process outputs of molten iron, molten slag containing titanium oxides, and an off-gas, and the process being characterised by controlling the process conditions, as described herein, so that the molten slag has a viscosity in a range of 0.5-5 poise when the slag temperature is in a range of 1400-1550°C in the molten bath in the direct smelting vessel. (a) a metalliferous feed material that contains iron oxides and at least 3 wt.% titanium oxides (b) a solid carbonaceous feed material, and (c) an oxygen-containing gas into a direct smelting vessel containing a molten bath of iron and slag and direct smelting the metalliferous feed material in the vessel and producing process outputs of molten iron, molten slag containing titanium oxides, and an off-gas,
A gate for controlling passage of vehicles comprising: at least one first blocking element configured to swivel about a first pivot axis; and at least one second blocking element configured to swivel about a second pivot axis; wherein the first blocking element and the second blocking element are configured to swivel one opposite the other in a manner that a gap is formed between the first blocking element and the second blocking element , and wherein the gap is set to allow or block passage of vehicles through the gap ; wherein the first blocking element comprises a first pole configured to serve as the first pivot axis of the first blocking element , and a second pole connected to the first pole with an upper connector , wherein the second blocking element comprises a third pole configured to serve as the second pivot axis of the second blocking element , and a fourth pole connected to the third pole with an upper connector , characterized by at least one shutter (70-1; 70-2; 70-G) configured trr to block passage of pedestrians through the first blocking element , through the second blocking element or through the gap when the shutter is in closed state. at least one first blocking element configured to swivel about a first pivot axis; and at least one second blocking element configured to swivel about a second pivot axis; wherein the first blocking element and the second blocking element are configured to swivel one opposite the other in a manner that a gap is formed between the first blocking element and the second blocking element , and wherein the gap is set to allow or block passage of vehicles through the gap ; wherein the first blocking element comprises a first pole configured to serve as the first pivot axis of the first blocking element , and a second pole connected to the first pole with an upper connector , wherein the second blocking element comprises a third pole configured to serve as the second pivot axis of the second blocking element , and a fourth pole connected to the third pole with an upper connector , characterized by at least one shutter (70-1; 70-2; 70-G) configured trr to block passage of pedestrians through the first blocking element , through the second blocking element or through the gap when the shutter is in closed state.
A robotic arm control system , comprising: a first robotic arm and a second robotic arm for performing work on a workpiece (W) having insertion portions at predetermined positions; and characterized by : an information reading unit for reading information about the workpiece (W) or a workpiece type attached to a container on which the workpiece is placed; a jig plate seating unit for seating multiple types of jig plates (P); a storage unit for storing a correspondence relationship between workpiece type and jig plate type, and a controller for controlling the first robotic arm and the second robotic arm, wherein the controller controls the first robotic arm to take out a jig plate (P) corresponding to the workpiece type read by the information reading unit from the jig plate seating unit, to place the jig plate (P) on the workpiece, and to press down on the workpiece (W) with the jig plate (P) so that positions of guide holes provided in the jig plate coincide with positions of the insertion portions of the workpiece; and the controller controls the second robotic arm to use the guide holes of the jig plate, pressing down on the workpiece, for inserting insertion members into the insertion portions. a first robotic arm and a second robotic arm for performing work on a workpiece (W) having insertion portions at predetermined positions; and characterized by : an information reading unit for reading information about the workpiece (W) or a workpiece type attached to a container on which the workpiece is placed; a jig plate seating unit for seating multiple types of jig plates (P); a storage unit for storing a correspondence relationship between workpiece type and jig plate type, and a controller for controlling the first robotic arm and the second robotic arm, an information reading unit for reading information about the workpiece (W) or a workpiece type attached to a container on which the workpiece is placed; a jig plate seating unit for seating multiple types of jig plates (P); a storage unit for storing a correspondence relationship between workpiece type and jig plate type, and a controller for controlling the first robotic arm and the second robotic arm, wherein the controller controls the first robotic arm to take out a jig plate (P) corresponding to the workpiece type read by the information reading unit from the jig plate seating unit, to place the jig plate (P) on the workpiece, and to press down on the workpiece (W) with the jig plate (P) so that positions of guide holes provided in the jig plate coincide with positions of the insertion portions of the workpiece; and the controller controls the second robotic arm to use the guide holes of the jig plate, pressing down on the workpiece, for inserting insertion members into the insertion portions.
A piezoelectric structure comprising a braid composed of a conductive fiber (B) and piezoelectric fibers (A), the braid being a covered fiber with the conductive fiber (B) as the core and the piezoelectric fibers (A) covering the periphery of the conductive fiber (B), wherein the covered fiber has at least one bent section, and when the piezoelectric structure is placed on a horizontal surface, the height from the horizontal surface to the uppermost section of the piezoelectric structure is greater than the diameter of the covered fiber .
A method implemented at a base station, comprising: transmitting a positioning reference signal; receiving a transmission leakage signal and a reflection signal of the positioning reference signal; determining whether there exists an obstacle based on the reflection signal; and determining position information of the obstacle based on the transmission leakage signal and the reflection signal. transmitting a positioning reference signal; receiving a transmission leakage signal and a reflection signal of the positioning reference signal; determining whether there exists an obstacle based on the reflection signal; and determining position information of the obstacle based on the transmission leakage signal and the reflection signal.
A registration apparatus for registering an elongated introduction element , the introduction element being adapted to be introduced into a living being for performing an interventional procedure within the living being , wherein the registration apparatus (26; 226) comprises: - a guide element comprising at least one opening for guiding the introduction element when being introduced into the living being through the opening , characterized in that the registration apparatus (26; 226) further comprises: - a temperature profile generation element (14; 114; 214) associated with the opening for generating a characteristic temperature profile at the opening for being transferred to the introduction element when being present in the opening , - a temperature determination unit in connection with the introduction element for determining a temperature along the introduction element , and - a registration unit for registering the introduction element , wherein the registering comprises identifying the transferred characteristic temperature profile on the introduction element based on the determined temperature. - a guide element comprising at least one opening for guiding the introduction element when being introduced into the living being through the opening , - a temperature profile generation element (14; 114; 214) associated with the opening for generating a characteristic temperature profile at the opening for being transferred to the introduction element when being present in the opening , - a temperature determination unit in connection with the introduction element for determining a temperature along the introduction element , and - a registration unit for registering the introduction element , wherein the registering comprises identifying the transferred characteristic temperature profile on the introduction element based on the determined temperature.
A developer accommodating container for accommodating a developer, said developer accommodating container comprising: a container including a plurality of openings for permitting discharge of the developer; and a sealing member mounted on said container in a state in which said sealing member seals the plurality of openings and capable of exposing the plurality of openings by being moved in an unsealing direction (E), and the sealing member being mounted on said container such that a bonding portion is formed, wherein the plurality of openings are provided at different positions along a direction (F) perpendicular to the unsealing direction (E), characterized in that the container has a deformable bag-like shape for accommodating the developer such that the bonding portion is moved in case the plurality of openings are unsealed when the sealing member is removed. a container including a plurality of openings for permitting discharge of the developer; and a sealing member mounted on said container in a state in which said sealing member seals the plurality of openings and capable of exposing the plurality of openings by being moved in an unsealing direction (E), and the sealing member being mounted on said container such that a bonding portion is formed, wherein the plurality of openings are provided at different positions along a direction (F) perpendicular to the unsealing direction (E), characterized in that the container has a deformable bag-like shape for accommodating the developer such that the bonding portion is moved in case the plurality of openings are unsealed when the sealing member is removed.
An electronic smoking article comprising: a casing extending in a longitudinal direction; a heater element configured to generate a vapor, the heater element within the casing; a power supply configured to supply power to the heater element; a mouth-end insert at an end of the casing , the mouth-end insert including an on-axis outlet centrally located in the mouth-end insert , characterized in that the mouth end insert further comprises at least two outlets uniformly spaced about a perimeter of the mouth-end insert , the at least two outlets configured to distribute the vapor exiting the electronic smoking article ; wherein the electronic smoking article further comprises a downstream gasket , wherein the downstream gasket includes a central channel disposed between a central passage of an inner tube and the interior of the mouth-end insert , wherein the central channel is configured to substantially prevent acceleration of the vapor approaching the mouth-end insert . a casing extending in a longitudinal direction; a heater element configured to generate a vapor, the heater element within the casing; a power supply configured to supply power to the heater element; a mouth-end insert at an end of the casing , the mouth-end insert including an on-axis outlet centrally located in the mouth-end insert , characterized in that the mouth end insert further comprises at least two outlets uniformly spaced about a perimeter of the mouth-end insert , the at least two outlets configured to distribute the vapor exiting the electronic smoking article ; wherein the electronic smoking article further comprises a downstream gasket , wherein the downstream gasket includes a central channel disposed between a central passage of an inner tube and the interior of the mouth-end insert , wherein the central channel is configured to substantially prevent acceleration of the vapor approaching the mouth-end insert .
A method of disposing a composition onto a surface of an edible substrate, the method comprising (a) printing, via contact or non-contact printing, the composition onto the surface of the substrate; wherein the composition is in the form of a slurry and comprises a dry mix having a particle size between 30-75μm, the dry mix comprising one or more flavors, and being dispersed in one or more polar solvents wherein none of the components of the dry mix are dissolved in the one or more polar solvents; and one or more film-forming amphiphilic polymers or co-polymers dissolved in said one or more polar solvents; and wherein the one or more film-forming amphiphilic polymers or co-polymers and the one or more polar solvents are selected from the group consisting of: (i) ethanol and ethyl acetate as polar solvents, and polyvinyl acetate and hydroxypropylcellulose as film-forming polymers, and (ii) ethanol and propylene glycol as polar solvents, and vinylpyrrolidone-vinyl acetate copolymer as film-forming copolymer; and (b) evaporating the polar solvents of the composition from the surface of the substrate. (a) printing, via contact or non-contact printing, the composition onto the surface of the substrate; wherein the composition is in the form of a slurry and comprises a dry mix having a particle size between 30-75μm, the dry mix comprising one or more flavors, and being dispersed in one or more polar solvents wherein none of the components of the dry mix are dissolved in the one or more polar solvents; and one or more film-forming amphiphilic polymers or co-polymers dissolved in said one or more polar solvents; and wherein the one or more film-forming amphiphilic polymers or co-polymers and the one or more polar solvents are selected from the group consisting of: (i) ethanol and ethyl acetate as polar solvents, and polyvinyl acetate and hydroxypropylcellulose as film-forming polymers, and (ii) ethanol and propylene glycol as polar solvents, and vinylpyrrolidone-vinyl acetate copolymer as film-forming copolymer; and (i) ethanol and ethyl acetate as polar solvents, and polyvinyl acetate and hydroxypropylcellulose as film-forming polymers, and (ii) ethanol and propylene glycol as polar solvents, and vinylpyrrolidone-vinyl acetate copolymer as film-forming copolymer; and (b) evaporating the polar solvents of the composition from the surface of the substrate.
Safety device for collision monitoring with respect to an end effector which is/can be operatively connected to a robot , wherein the safety device has at least one kinematic mechanism comprising a robot portion, a connecting arrangement and an end effector portion , wherein the safety device is/can be fixed on the robot by means of the robot portion of the kinematic mechanism , wherein the end effector can be fixed on the end effector portion of the at least one kinematic mechanism , wherein the end effector portion is mounted on the robot portion by the connecting arrangement of the at least one kinematic mechanism in such a way that the end effector portion can be displaced relative to the robot portion at least along a displacement path, wherein the connecting arrangement of the at least one kinematic mechanism of the safety device has a first connecting portion with a first displacement path and a second connecting portion with a second displacement path, wherein the first displacement path extends linearly along a first displacement axis , wherein the second displacement path extends linearly along a second displacement axis and wherein the first displacement axis and the second displacement axis are oriented perpendicularly to each other and intersect at an intersection point such that a horizontal plane of the safety device is spanned by the displacement axes , wherein the end effector portion can be displaced in parallel to the horizontal plane and wherein the safety device has at least one sensor element with which a displacement of the end effector portion relative to the robot portion can be detected, such that a collision between the end effector and an object having a motion vector deviating from the robot portion can be determined, wherein the safety device has a detent arrangement , characterized in that a rigid connection between the end effector portion and the robot portion can be formed by means of the detent arrangement , such that a rigid connection can be formed between the robot and the end effector .