mhurhangee/patent-ind-claim-en huggingface dataset:
An injector for delivering a liquid medicament comprising, a collapsible container for containing the liquid medicament, a normally-closed valve coupled to the collapsible container for retaining the liquid medicament within the collapsible container, an injection means coupled to the normally-closed valve for delivering the liquid medicament from the collapsible container, and pressurising means for continuously pressurising the liquid medicament contained within the collapsible container during storage such that the liquid medicament is delivered by the injection means when the normally-closed valve is opened, wherein: the injection means is a needle and the normally-closed valve is arranged to open when the needle has been inserted a predetermined distance into the patient, the predetermined distance depending on the type of drug that is being delivered and the tissue that the delivery is required to be made into.
An aorta treatment device comprising: a branched artificial blood vessel portion including a main tube and at least one side tube that branches off from the main tube ; a stent graft portion coupled to a distal side of the branched artificial blood vessel portion ; and a cuff portion that is formed so as to extend from a distal end of the branched artificial blood vessel portion toward the distal side, that is evertable so as to extend from the distal end of the branched artificial blood vessel portion toward a proximal side, and that has a cylindrical shape or a skirt-like shape, wherein the cuff portion has a skirt-like shape such that a length thereof is 5 to 30 mm and a ratio of an inside diameter of an open end to an inside diameter of a base end is 1.05 to 1.3. a branched artificial blood vessel portion including a main tube and at least one side tube that branches off from the main tube ; a stent graft portion coupled to a distal side of the branched artificial blood vessel portion ; and a cuff portion that is formed so as to extend from a distal end of the branched artificial blood vessel portion toward the distal side, that is evertable so as to extend from the distal end of the branched artificial blood vessel portion toward a proximal side, and that has a cylindrical shape or a skirt-like shape, wherein the cuff portion has a skirt-like shape such that a length thereof is 5 to 30 mm and a ratio of an inside diameter of an open end to an inside diameter of a base end is 1.05 to 1.3.
A graphical code displayable on a screen , being encoded with an encoding device from a numerical code and adapted for being scanned and decoded into the numerical code by a decoding device , characterized in that the graphical code is based on at least one three-dimensional object , which is composed of a plurality of cells , each cell being a two-dimensional polygon and being colored with a color representing a code number and the numerical code being composed of the code numbers of the cells ; wherein the graphical code is composed of a sequence of images , which are displayable one after the other on the screen , the sequence of images showing an animation of the three-dimensional object ; wherein the animation comprises a movement of the three-dimensional object and/or a movement of a view point with respect to the three-dimensional object , such that the sequence of images shows different two-dimensional projections of the three-dimensional object .
Cutting/mowing, conditioning, windrowing machine, comprising a cutting head (A) provided with: a cardan connection (E) to the power takeoff of the tractor or harvester, at least one cutting unit (B1, B2, B3) with rotary knives (H1) and at least one auger (C1, C2, C3), wherein said cutting head (A) is divided into at least two sections (A1, A2, A3) hinged to each other, each with a corresponding cutting unit (B1, B2, B3) and auger (C1, C2, C3), wherein at least one section (A1) is anchored to the tractor or the harvester and comprises at least one cardan connection (E), and wherein at least one section is moveable (A2, A3), being suited to rotate substantially by 180° with respect to said fixed section (A1) from an open operating position, in which all of said sections (A1, A2, A3) are substantially aligned in a transversal direction with respect to the advance direction of the machine, to a closed folded position, in which at least one of said moveable sections (A2, A3) is rotated with respect to the other, in order to reduce the overall width of the cutting head (A) as said moveable section (A2, A3) substantially overlaps said fixed section (A1), wherein said segment of the cutting unit (B1, B2, B3) of each section (A1, A2, A3) in turn comprises: • a plurality of rotary knives (H1) mounted on discs (H) that are aligned on a segment (J1) of a bar (J) constrained to the frame (F1, F2, F3) of the corresponding section; • a train of gears (G) suited to cause the simultaneous rotation of said knives (H1); characterized in that • said bar (J), which is substantially L-shaped and comprises a main portion (J1) on which said discs (H) and said gears (G) are mounted, arranged horizontally and crosswise with respect to the advance direction of the machine, and a connecting portion (J2) provided with the members for transmitting motion among the various sections, connected to said gears (G) and to the gear box (K), as well as the drive shaft (T) that is suited to be connected to the shafts (T, TA1, TA2, TA3) of the adjacent sections through connection members. • a plurality of rotary knives (H1) mounted on discs (H) that are aligned on a segment (J1) of a bar (J) constrained to the frame (F1, F2, F3) of the corresponding section; • a train of gears (G) suited to cause the simultaneous rotation of said knives (H1); characterized in that • said bar (J), which is substantially L-shaped and comprises a main portion (J1) on which said discs (H) and said gears (G) are mounted, arranged horizontally and crosswise with respect to the advance direction of the machine, and a connecting portion (J2) provided with the members for transmitting motion among the various sections, connected to said gears (G) and to the gear box (K), as well as the drive shaft (T) that is suited to be connected to the shafts (T, TA1, TA2, TA3) of the adjacent sections through connection members.
A method of manufacturing an evaporator of the microchannel type and suitable for cooling down electronic components, which method comprises the steps of: - providing a first and a second plate-like body, said second plate-like body comprising an inlet and an outlet (10") for a biphasic cooling fluid in/from the evaporator , - forming on a coupling face of said first plate-like body a plurality of grooves so as to put in fluid communication said inlet and said outlet (10"), - forming incisions on the inner surface of one or more grooves of said plurality of grooves, - overlapping and fluidic seal coupling said second plate-like body to said coupling face in such a way that a respective flow channel for the biphasic cooling fluid is defined at each groove , the method being characterized in that the one or more grooves of said plurality of grooves are formed by means of laser engraving, and in that the incisions extend between the ends of the groove . - providing a first and a second plate-like body, said second plate-like body comprising an inlet and an outlet (10") for a biphasic cooling fluid in/from the evaporator , - forming on a coupling face of said first plate-like body a plurality of grooves so as to put in fluid communication said inlet and said outlet (10"), - forming incisions on the inner surface of one or more grooves of said plurality of grooves, - overlapping and fluidic seal coupling said second plate-like body to said coupling face in such a way that a respective flow channel for the biphasic cooling fluid is defined at each groove , the method being characterized in that the one or more grooves of said plurality of grooves are formed by means of laser engraving, and in that the incisions extend between the ends of the groove .
A refrigerant composition consisting essentially of: carbon dioxide 1-35% an HFO selected from the group consisting of: R1234yf and R1234ze(E) and mixtures thereof, 30-92% R32 1-30% R125 1-30% R227ea 1-15% R134a 0-15% wherein the percentages are by mass and are selected from the ranges quoted to total 100%.
An ulcer model (101-109) used to practice a procedure including hemorrhage arrest, the ulcer model (101-109) comprising: a model main body that includes an upper surface (S1) and a lower surface (S2) facing each other and a tubular simulated blood vessel path provided between the upper surface (S1) and the lower surface (S2) and having an inlet opening and an outlet opening , wherein the upper surface (S1) includes a ring-shaped raised surface (S10) that rises in a thickness direction of the model main body and a simulated ulcer surface (S20) that is a recessed bottom surface surrounded by the raised surface (S10), and the simulated blood vessel path extends from a part other than the upper surface (S1) of the surfaces of the model main body to the simulated ulcer surface (S20) or an area in the vicinity of the inside thereof. a model main body that includes an upper surface (S1) and a lower surface (S2) facing each other and a tubular simulated blood vessel path provided between the upper surface (S1) and the lower surface (S2) and having an inlet opening and an outlet opening , wherein the upper surface (S1) includes a ring-shaped raised surface (S10) that rises in a thickness direction of the model main body and a simulated ulcer surface (S20) that is a recessed bottom surface surrounded by the raised surface (S10), and the simulated blood vessel path extends from a part other than the upper surface (S1) of the surfaces of the model main body to the simulated ulcer surface (S20) or an area in the vicinity of the inside thereof.
A light receiving device, comprising: a waveguide semiconductor optical amplifier that is formed on a principal surface of a first substrate and guides an optical wave in a direction parallel to the principal surface of the first substrate ; a first reflection portion formed by an end face at one end of the semiconductor optical amplifier , the end face being formed to be oblique to the principal surface of the first substrate such that input light that is input to a back surface of the first substrate is to be input into the semiconductor optical amplifier ; a second reflection portion formed by an end face at the other end of the semiconductor optical amplifier , the end face being formed to be oblique to the principal surface of the first substrate such that output light is to be output toward the back surface of the first substrate ; a second substrate having a principal surface and a back surface , the back surface of the second substrate being bonded to the back surface of the first substrate ; and a planar photodiode including a light receiving surface and arranged on the principal surface of the second substrate so that the output light output from the second reflection portion enters a center of the light receiving surface. a waveguide semiconductor optical amplifier that is formed on a principal surface of a first substrate and guides an optical wave in a direction parallel to the principal surface of the first substrate ; a first reflection portion formed by an end face at one end of the semiconductor optical amplifier , the end face being formed to be oblique to the principal surface of the first substrate such that input light that is input to a back surface of the first substrate is to be input into the semiconductor optical amplifier ; a second reflection portion formed by an end face at the other end of the semiconductor optical amplifier , the end face being formed to be oblique to the principal surface of the first substrate such that output light is to be output toward the back surface of the first substrate ; a second substrate having a principal surface and a back surface , the back surface of the second substrate being bonded to the back surface of the first substrate ; and a planar photodiode including a light receiving surface and arranged on the principal surface of the second substrate so that the output light output from the second reflection portion enters a center of the light receiving surface.
A process for producing a porous material, which comprises reacting the following components: (a1) from 40 to 92.6% by weight of at least one polyfunctional isocyanate, and (a2) from 0.1 to 30% by weight of at least one polyfunctional aromatic amine having the general formula I where R 1 and R 2 can be identical or different and are each selected independently from among hydrogen and linear or branched alkyl groups having from 1 to 6 carbon atoms and where all substituents Q 1 to Q 5 and Q 1' to Q 5' are identical or different and are each selected independently from among hydrogen, a primary amino group and a linear or branched alkyl group having from 1 to 12 carbon atoms, where the alkyl group can bear further functional groups, with the proviso that the compound having the general formula I comprises at least two primary amino groups, where at least one of Q 1 , Q 3 and Q 5 is a primary amino group and at least one of Q 1' , Q 3' and Q 5' is a primary amino group, (a3)from 0.5 to 8% by weight of water, and (a4)from 6 to 30% by weight of at least one catalyst, in each case based on the total weight of the components (a1) to (a4), where the % by weight of the components (a1) to (a4) add up to 100% by weight, and where the reaction is carried out in the presence of a solvent (C) which is removed after the reaction. (a1) from 40 to 92.6% by weight of at least one polyfunctional isocyanate, and (a2) from 0.1 to 30% by weight of at least one polyfunctional aromatic amine having the general formula I where R 1 and R 2 can be identical or different and are each selected independently from among hydrogen and linear or branched alkyl groups having from 1 to 6 carbon atoms and where all substituents Q 1 to Q 5 and Q 1' to Q 5' are identical or different and are each selected independently from among hydrogen, a primary amino group and a linear or branched alkyl group having from 1 to 12 carbon atoms, where the alkyl group can bear further functional groups, with the proviso that the compound having the general formula I comprises at least two primary amino groups, where at least one of Q 1 , Q 3 and Q 5 is a primary amino group and at least one of Q 1' , Q 3' and Q 5' is a primary amino group, (a3)from 0.5 to 8% by weight of water, and (a4)from 6 to 30% by weight of at least one catalyst, in each case based on the total weight of the components (a1) to (a4),
Lashing point in or on a loading surface, which has a bracket with lateral guide pins , which are guided pivotally around an axis (A) below the loading surface and into connecting links so that the bracket is displaceable from a rest position into a lashing position and in the lashing position protrudes upwards over the loading surface and in the lashing position can pivot in the direction of the loading surface around the axis (A), characterised in that the bracket has, on its side that can pivot in the lashing position in the direction of the loading surface , at least one support cam spaced at a distance from the axis (A).
A method for communication between first and second devices connected to one another, the method comprising the following steps: - the first device sends a request (Rq) to the second device , - the second device receives the request (Rq), - the second device sends to the first device a response (R) to the request (Rq), - the first device receives the response (R), - the second device estimates a time delay (D) after which the second device can send the response (R), - before sending the response (R), the second device sends an acknowledgment of receipt (AR) to the first device , the acknowledgment of receipt (AR) comprising the estimated time delay (D), - the first device receives the acknowledgment of receipt (AR), - the first device calculates a time interval (I) from the estimated time delay (D), - the first device allows the time interval (I) to elapse before starting to monitor the arrival of messages in order to detect the arrival of the response (R), characterized in that: - the second device determines whether it needs to access a device from a predetermined list of devices, and - the step of sending the acknowledgment of receipt (AR) by the second device is carried out if such an access is necessary and is not carried out otherwise, as well as the other steps that are dependent on the sending of the acknowledgment of receipt (AR). - the first device sends a request (Rq) to the second device , - the second device receives the request (Rq), - the second device sends to the first device a response (R) to the request (Rq), - the first device receives the response (R), - the second device estimates a time delay (D) after which the second device can send the response (R), - before sending the response (R), the second device sends an acknowledgment of receipt (AR) to the first device , the acknowledgment of receipt (AR) comprising the estimated time delay (D), - the first device receives the acknowledgment of receipt (AR), - the first device calculates a time interval (I) from the estimated time delay (D), - the first device allows the time interval (I) to elapse before starting to monitor the arrival of messages in order to detect the arrival of the response (R), - the second device determines whether it needs to access a device from a predetermined list of devices, and - the step of sending the acknowledgment of receipt (AR) by the second device is carried out if such an access is necessary and is not carried out otherwise, as well as the other steps that are dependent on the sending of the acknowledgment of receipt (AR).
A method for computer-implemented monitoring of a wind turbine comprising an upper section on top of a tower, the upper section being pivotable around a vertical yaw axis (VA) and having a nacelle and a rotor with rotor blades, the rotor being attached to the nacelle and the rotor blades being rotatable by wind around a substantially horizontal rotor axis (HA), comprising the steps of: i) obtaining, from a data storage (BD), a plurality of sets of measurement data (MD) of at least two measurement variables (Var1, Var2), the measurement variables (Var1, Var2) being measurement variables of the wind turbine , acquired by one or more first sensors , and/or the environment of the wind turbine , acquired by one or more second sensors , and the measurement data (MD) of a respective set of measurement data being acquired at a same time point in the past; ii) processing the plurality of sets of measurement data (MD) of the at least two measurement variables (Var1, Var2) by creating an image (IM) suitable for visualization; iii) determining a deviation type (DT1, DT2, DT3) from a predetermined operation of the wind turbine by processing the image (IM) by a trained data-driven model (MO) configured as a convolutional neural network, where the image (IM) is fed as a digital input to the trained data-driven model (MO) and the trained data-driven model (MO) provides the deviation type (DT1, DT2, DT3) as a digital output. i) obtaining, from a data storage (BD), a plurality of sets of measurement data (MD) of at least two measurement variables (Var1, Var2), the measurement variables (Var1, Var2) being measurement variables of the wind turbine , acquired by one or more first sensors , and/or the environment of the wind turbine , acquired by one or more second sensors , and the measurement data (MD) of a respective set of measurement data being acquired at a same time point in the past; ii) processing the plurality of sets of measurement data (MD) of the at least two measurement variables (Var1, Var2) by creating an image (IM) suitable for visualization; iii) determining a deviation type (DT1, DT2, DT3) from a predetermined operation of the wind turbine by processing the image (IM) by a trained data-driven model (MO) configured as a convolutional neural network, where the image (IM) is fed as a digital input to the trained data-driven model (MO) and the trained data-driven model (MO) provides the deviation type (DT1, DT2, DT3) as a digital output.
An electronic apparatus comprising: a wireless passive-type RFID communication module including an antenna (AN) connected to a control circuit , a memory connected to the control circuit , and a wired communication port ; wherein the control circuit is configured to receive a write request of setting information from an external reader/writer and to write the setting information to the memory ; wherein the control circuit is further configured to receive a read request of operation information from the reader/writer and to transmit the operation information to the reader /writer via the antenna (AN); a processing unit connected to the wireless communication module via the wired communication port ; and a switch (SW) configured to electrically connect or interrupt the connection between the antenna (AN) and the control circuit , wherein the processing unit is configured to turn the switch (SW) off when a power supply of the apparatus is turned on; wherein the processing unit is further configured to detect a read request from the reader/writer via the antenna (AN) regardless of the state, on or off, of the switch and to transmit the operation information from the memory to the reader/writer . a wireless passive-type RFID communication module including an antenna (AN) connected to a control circuit , a memory connected to the control circuit , and a wired communication port ; wherein the control circuit is configured to receive a write request of setting information from an external reader/writer and to write the setting information to the memory ; wherein the control circuit is further configured to receive a read request of operation information from the reader/writer and to transmit the operation information to the reader /writer via the antenna (AN); a processing unit connected to the wireless communication module via the wired communication port ; and a switch (SW) configured to electrically connect or interrupt the connection between the antenna (AN) and the control circuit , wherein the processing unit is configured to turn the switch (SW) off when a power supply of the apparatus is turned on; wherein the processing unit is further configured to detect a read request from the reader/writer via the antenna (AN) regardless of the state, on or off, of the switch and to transmit the operation information from the memory to the reader/writer .
Prosthetic hand comprising, a wrist joint , at least one finger , a first radar module attached to the prosthetic hand at the wrist joint , the first radar module being configured to receive a first radar signal reflected by a target object and generate a first property signal based on the received first radar signal, a second radar module attached to the finger, the second radar module being configured to receive a second radar signal reflected by the target object and generate a second property signal based on the received second radar signal, a processing unit configured to receive the first and second property signals and determine at least one property of the target object based on the first property signal and determine a material of the target object based on the second property signal. a wrist joint , at least one finger , a first radar module attached to the prosthetic hand at the wrist joint , the first radar module being configured to receive a first radar signal reflected by a target object and generate a first property signal based on the received first radar signal, a second radar module attached to the finger, the second radar module being configured to receive a second radar signal reflected by the target object and generate a second property signal based on the received second radar signal, a processing unit configured to receive the first and second property signals and determine at least one property of the target object based on the first property signal and determine a material of the target object based on the second property signal.