mhurhangee/patent-ind-claim-en huggingface dataset:
An additive manufacturing apparatus which includes: a build platform on which material is operatively deposited to form a material bed , a surface of the material bed defining a material area; a scanning unit configured to consolidate deposited material in a scan area on the surface of the material bed , wherein the scan area forms part of and is substantially smaller than the material area; and a preheating arrangement , characterized in that the preheating arrangement is configured to focus energy onto the surface of the material bed substantially in the scan area and not in the remainder of the material area, wherein the preheating arrangement includes two infrared lamps , the lamps being mounted on opposing sides of the scan area such that the energy beam from the scanning unit passes between the lamps , and wherein the preheating arrangement includes a reflector arrangement, configured to focus radiation from the lamps onto the scan area, in use, and wherein the reflector arrangement is provided by one or more mirrors, and wherein the one or more mirrors having an elliptical apex region, when viewed in a Y-Z plane of the apparatus, which serves to focus radiation from the lamps onto the scan area. a build platform on which material is operatively deposited to form a material bed , a surface of the material bed defining a material area; a scanning unit configured to consolidate deposited material in a scan area on the surface of the material bed , wherein the scan area forms part of and is substantially smaller than the material area; and a preheating arrangement , characterized in that the preheating arrangement is configured to focus energy onto the surface of the material bed substantially in the scan area and not in the remainder of the material area, wherein the preheating arrangement includes two infrared lamps , the lamps being mounted on opposing sides of the scan area such that the energy beam from the scanning unit passes between the lamps , and wherein the preheating arrangement includes a reflector arrangement, configured to focus radiation from the lamps onto the scan area, in use, and wherein the reflector arrangement is provided by one or more mirrors, and wherein the one or more mirrors having an elliptical apex region, when viewed in a Y-Z plane of the apparatus, which serves to focus radiation from the lamps onto the scan area.
Shearing head for an animal shearing machine, comprising an upper blade and a lower blade , whereby the upper blade is movable relative to the lower blade , a pressure control device , comprising a rotatable control knob , with which the pressure of the upper blade on the lower blade is settable, whereby the pressure control device comprises a pressure indicator pin disposed coaxially with respect to the control knob and movable in a translational way, whereby the pressure indicator pin is at least partially visible to a user of the shearing head and whereby the longitudinal axial position of the pressure indicator pin relative to the control knob is dependent upon the pressure of the upper blade on the lower blade set with the pressure control device , characterized in that the pressure control device comprises a pressure bracket co-operating with the upper blade , a control knob spindle connected to the control knob , a pressure bracket spring disposed between control knob spindle and pressure bracket , and a spacer screw disposed coaxially with respect to the control knob spindle and freely movable in a translational way along its longitudinal axis relative to the control knob spindle , whereby through adjustment of the distance between control knob spindle and pressure bracket the pressure of the upper blade on the lower blade is settable and whereby a first end of the spacer screw is connected to the pressure bracket and a second end of the spacer screw co-operates with the pressure indicator pin in such a way that a displacement of the spacer screw with respect to the control knob spindle brings about a shift of the pressure indicator pin . the pressure control device comprises a pressure indicator pin disposed coaxially with respect to the control knob and movable in a translational way, whereby the pressure indicator pin is at least partially visible to a user of the shearing head and whereby the longitudinal axial position of the pressure indicator pin relative to the control knob is dependent upon the pressure of the upper blade on the lower blade set with the pressure control device , characterized in that the pressure control device comprises a pressure bracket co-operating with the upper blade , a control knob spindle connected to the control knob , a pressure bracket spring disposed between control knob spindle and pressure bracket , and a spacer screw disposed coaxially with respect to the control knob spindle and freely movable in a translational way along its longitudinal axis relative to the control knob spindle , whereby through adjustment of the distance between control knob spindle and pressure bracket the pressure of the upper blade on the lower blade is settable and whereby a first end of the spacer screw is connected to the pressure bracket and a second end of the spacer screw co-operates with the pressure indicator pin in such a way that a displacement of the spacer screw with respect to the control knob spindle brings about a shift of the pressure indicator pin .
A medical device for crushing an object in a body lumen by being inserted into the corresponding body lumen, the device comprising: an elongated shaft portion that is to be rotatably driven; a crushing unit that is provided with bendable wire rods and is rotatable together with the shaft portion ; and a sliding unit that is fixed to each of end portions of the wire rods on at least one of a distal side and a proximal side thereof and is interlocked with the shaft portion so as to be slidable in an axial direction of the shaft portion , characterized in that the shaft portion is provided with a contact portion that is to come into contact with the sliding unit during rotation and is to limit relative rotation of the shaft portion and the sliding unit , and wherein, after the sliding unit is attached to the contact portion , the sliding unit rotates in the same direction as the shaft portion along with the rotation of the shaft portion , wherein one of the sliding unit and the shaft portion is provided with a slit or a groove in the axial direction of the shaft portion , and wherein the other of the sliding unit and the shaft portion is provided with a convex portion that is to be slidably fitted into the slit or the groove . an elongated shaft portion that is to be rotatably driven; a crushing unit that is provided with bendable wire rods and is rotatable together with the shaft portion ; and a sliding unit that is fixed to each of end portions of the wire rods on at least one of a distal side and a proximal side thereof and is interlocked with the shaft portion so as to be slidable in an axial direction of the shaft portion , characterized in that the shaft portion is provided with a contact portion that is to come into contact with the sliding unit during rotation and is to limit relative rotation of the shaft portion and the sliding unit , and wherein, after the sliding unit is attached to the contact portion , the sliding unit rotates in the same direction as the shaft portion along with the rotation of the shaft portion , wherein one of the sliding unit and the shaft portion is provided with a slit or a groove in the axial direction of the shaft portion , and wherein the other of the sliding unit and the shaft portion is provided with a convex portion that is to be slidably fitted into the slit or the groove .
A method of providing a cell line having a desired target protein expression, the method comprising the steps of: a) providing cells each having at least one nucleotide sequence encoding at least one target protein, b) characterising the protein expression of the cells provided in step a) at the single cell level by Raman spectroscopy, c) selecting at least one cell having a desired target protein expression, d) transferring the at least one cell selected in step c) into an expansion medium by means of Laser Induced Forward Transfer (LIFT), wherein the transfer carrier used does not have an absorber layer, wherein the transfer material layer serves as an absorber layer and wherein a laser source with a wavelength of > 3 μm is used for the Laser Induced Forward Transfer (LIFT), e) cultivating the at least one selected cell in an expansion medium, f) characterising the quantitative protein expression of the at least one cell cultivated in step e) on a single cell plane by means of time-resolved Raman spectroscopy, and g) selecting a cell line having the desired target protein expression. a) providing cells each having at least one nucleotide sequence encoding at least one target protein, b) characterising the protein expression of the cells provided in step a) at the single cell level by Raman spectroscopy, c) selecting at least one cell having a desired target protein expression, d) transferring the at least one cell selected in step c) into an expansion medium by means of Laser Induced Forward Transfer (LIFT), wherein the transfer carrier used does not have an absorber layer, wherein the transfer material layer serves as an absorber layer and wherein a laser source with a wavelength of > 3 μm is used for the Laser Induced Forward Transfer (LIFT), e) cultivating the at least one selected cell in an expansion medium, f) characterising the quantitative protein expression of the at least one cell cultivated in step e) on a single cell plane by means of time-resolved Raman spectroscopy, and g) selecting a cell line having the desired target protein expression.
An integrated circuit comprised in a communication apparatus and which, in operation, is configured to perform a process of communication, the process comprising: receiving first downlink control information of a first component carrier and second downlink control information of a second component carrier; determining a first search space and a second search space which are configured within one physical resource block, PRB, set among a plurality of PRB sets included in Enhanced Physical Downlink Control Channel, EPDCCH, region defined in a data region of the first component carrier, wherein the second search space is configured using a Carrier Indicator Field, CIF, value that is set for the second component carrier, the first search space includes one or more mapping candidates of the first downlink control information, and the second search space includes one or more mapping candidates of the second downlink control information; and detecting the first downlink control information by blind decoding the first search space, and detecting the second downlink control information by blind decoding the second search space, wherein each of the plurality of PRB sets includes a plurality of control channel elements, CCEs; and one or more CCEs corresponding to the one or more mapping candidates included in the second search space are given by cyclically shifting one or more CCEs corresponding to the one or more mapping candidates included in the first search space by the CIF value that is set for the second component carrier. receiving first downlink control information of a first component carrier and second downlink control information of a second component carrier; determining a first search space and a second search space which are configured within one physical resource block, PRB, set among a plurality of PRB sets included in Enhanced Physical Downlink Control Channel, EPDCCH, region defined in a data region of the first component carrier, wherein the second search space is configured using a Carrier Indicator Field, CIF, value that is set for the second component carrier, the first search space includes one or more mapping candidates of the first downlink control information, and the second search space includes one or more mapping candidates of the second downlink control information; and detecting the first downlink control information by blind decoding the first search space, and detecting the second downlink control information by blind decoding the second search space, wherein each of the plurality of PRB sets includes a plurality of control channel elements, CCEs; and one or more CCEs corresponding to the one or more mapping candidates included in the second search space are given by cyclically shifting one or more CCEs corresponding to the one or more mapping candidates included in the first search space by the CIF value that is set for the second component carrier.
Device for managing the supply voltage (Val) deriving from an electric network, comprising means having at the input said supply voltage of the electric network and configured to limit the peaks of the supply voltage by providing at the output terminal an output voltage (Vout; Vout1, Vout2, Vout3) having a value less than the supply voltage deriving from the electric network, said means comprise at least one transformer provided with a primary winding (L1; L1a, L1b, L1c) and a secondary winding (L2; L2a, L2b, L2c) arranged in phase opposed, said secondary winding being connected between the input (IN; IN1, IN2, IN3) and output terminals (OUT; OUT1, OUT2, OUT3) of the device and said primary winding comprising at least two taps (S1, S2), said device comprising further means (3, K2, K3) configured to select one of said two taps of the primary winding as a function of the electric network supply voltage value, said supply voltage (Val) being applied between said selected tap and the neutral (N), said two taps comprising a first tap (S2) and a second tap (S1) associated respectively to a first output voltage and a second output voltage wherein said first output voltage is higher than said second output voltage, characterized in that said further means are configured to select said second tap in response to an electric network supply voltage higher than a reference voltage (Val-th) or said first tap in response to an electric network supply voltage lower than said reference voltage.
A network communication logic comprising: - a current version of a connection driver; - an access to a memory storing a previous version of the connection driver ; wherein the network communication logic is configured to: - automatically provide a determination that the current version of the connection driver is not operative to connect a device to the network; - pursuant to said determination, automatically trigger a replacement of the current version of the connection driver by the previous version of the connection driver and restart the connection of the device wherein automatically provide a determination that the current version of the connection driver is not operative to connect a device to the network comprises changing a flag of choice of the connection driver from the current version to the previous version, and automatically triggering an access to the previous version of the connection driver comprises, on the flag being in a previous version state, triggering a call on the previous version of the connection driver. - a current version of a connection driver; - an access to a memory storing a previous version of the connection driver ; - automatically provide a determination that the current version of the connection driver is not operative to connect a device to the network; - pursuant to said determination, automatically trigger a replacement of the current version of the connection driver by the previous version of the connection driver and restart the connection of the device wherein automatically provide a determination that the current version of the connection driver is not operative to connect a device to the network comprises changing a flag of choice of the connection driver from the current version to the previous version, and automatically triggering an access to the previous version of the connection driver comprises, on the flag being in a previous version state, triggering a call on the previous version of the connection driver.
A composition comprising: a. 250 mg-1300 mg of leucine in free form and/or at least 25 mg of one or more leucine metabolites in free form, wherein the leucine metabolite is selected from the group consisting of keto-isocaproic acid (KIC), alpha-hydroxy-isocaproic acid, and hydroxymethylbutyrate (HMB); and b. at least 1 mg of nicotinic acid and/or nicotinamide riboside and/or one or more nicotinic acid metabolites, wherein the nicotinic acid metabolite is selected from the group consisting of nicotinyl CoA, nicotinate mononucleotide, nicotinate adenine dinucleotide, and nicotinamide adenine dinucleotide, wherein the composition is free of isoleucine and valine. a. 250 mg-1300 mg of leucine in free form and/or at least 25 mg of one or more leucine metabolites in free form, wherein the leucine metabolite is selected from the group consisting of keto-isocaproic acid (KIC), alpha-hydroxy-isocaproic acid, and hydroxymethylbutyrate (HMB); and b. at least 1 mg of nicotinic acid and/or nicotinamide riboside and/or one or more nicotinic acid metabolites, wherein the nicotinic acid metabolite is selected from the group consisting of nicotinyl CoA, nicotinate mononucleotide, nicotinate adenine dinucleotide, and nicotinamide adenine dinucleotide,
An agricultural machine comprising: a vehicle body including a front wheel and a rear wheel ; a hood at a front portion of the vehicle body ; a protector device provided to the vehicle body to protect an operator seat ; an obstacle detector device to detect an obstacle, the obstacle detector device being located in front of the protector device outwardly in a width direction of the hood ; and a position changer mechanism to change a position of the obstacle detector device , characterized by a selector operable to select, as a detection position (Q1) appropriate for the obstacle detector device to detect an obstacle, at least one registered position from a plurality of registered positions each of which is registered as a position to be selected as the detection position (Q1), wherein the position changer mechanism is configured so that, when the selector having been operated to select one registered position as the detection position (Q1) is operated to newly select another registered position different from the registered position that has been selected as the detection position (Q1), the position changer mechanism changes the position of the obstacle detector device to the another registered position newly selected as the detection position (Q1). a vehicle body including a front wheel and a rear wheel ; a hood at a front portion of the vehicle body ; a protector device provided to the vehicle body to protect an operator seat ; an obstacle detector device to detect an obstacle, the obstacle detector device being located in front of the protector device outwardly in a width direction of the hood ; and a position changer mechanism to change a position of the obstacle detector device , characterized by a selector operable to select, as a detection position (Q1) appropriate for the obstacle detector device to detect an obstacle, at least one registered position from a plurality of registered positions each of which is registered as a position to be selected as the detection position (Q1), wherein the position changer mechanism is configured so that, when the selector having been operated to select one registered position as the detection position (Q1) is operated to newly select another registered position different from the registered position that has been selected as the detection position (Q1), the position changer mechanism changes the position of the obstacle detector device to the another registered position newly selected as the detection position (Q1).
A hydrocephalus valve for draining fluid from ventricular systems of patients, that has - a casing with casing interior ; - and at least one first passage for admission and/or discharging in an passage direction , - and a body ; - which is arranged in the casing interior , - wherein at least one adjusting unit is present, characterized in that the body is arranged in the passage and that an adjustable gab for draining fluid is arranged between the body and the passage , - wherein the body is designed to be movable at least in the passage direction , - the adjusting unit being designed - to adjust at least a drainage rate in the passage by moving the body in the passage, and - to make the drainage rate at a at the hydrocephalus valve adjustable between 1 ml per hour and 1000 ml per hour in order, by way of this adjustment, to slow or accelerate a change, resulting from the drainage, in the pressure in the ventricular system. - a casing with casing interior ; - and at least one first passage for admission and/or discharging in an passage direction , - and a body ; - which is arranged in the casing interior , - wherein at least one adjusting unit is present, characterized in that the body is arranged in the passage and that an adjustable gab for draining fluid is arranged between the body and the passage , - wherein the body is designed to be movable at least in the passage direction , - the adjusting unit being designed - to adjust at least a drainage rate in the passage by moving the body in the passage, and - to make the drainage rate at a at the hydrocephalus valve adjustable between 1 ml per hour and 1000 ml per hour in order, by way of this adjustment, to slow or accelerate a change, resulting from the drainage, in the pressure in the ventricular system. - to adjust at least a drainage rate in the passage by moving the body in the passage, and - to make the drainage rate at a at the hydrocephalus valve adjustable between 1 ml per hour and 1000 ml per hour in order, by way of this adjustment, to slow or accelerate a change, resulting from the drainage, in the pressure in the ventricular system.
A device for interconnecting a first element and a second element to each other in order to transmit a rotational motion, said device comprising an axial through hole that extends from a first end to a second end and generates a tubular wall having a circular inner surface, a part of which that is adjacent to said first end being arranged to abut said first element , and having a circular outer surface, a part of which that is adjacent to said first end being arranged to abut said second element , wherein at least one of said part of the inner surface and said part of the outer surface, is in the shape of a truncated cone,_said tubular wall comprising at least one pair of slits , which slits are adjacent to each other and extend from said first end towards said second end, obtaining a finger shaped segment of the tubular wall , characterized in that the radial extension of at least one slit of each pair of slits coincides with a geometrical plane which is separated from the longitudinal axis of the device , whereby the at least one finger shaped segment is deflectable in the circumferential direction in relation to neighboring parts of said tubular wall .