mhurhangee/patent-ind-claim-en huggingface dataset:
A cell preserving vessel for cryopreservation comprising: a vessel body which is made of a flexible resin member and has a cell accommodating part ; a cell introducing tube which is connected to the vessel body and through which cells can be introduced into the cell accommodating part ; and a pair of tube protecting parts which are arranged to hold the cell introducing tube therebetween and protect a vicinity of a joined portion of the cell introducing tube , the joined portion being joined to the vessel body , wherein the vessel body is made of sheet members superposed on each other and joined to each other at peripheral margins thereof, wherein the tube protecting parts are constituted by the sheet members forming the vessel body , and are extended from a peripheral margin of the vessel body , wherein the pair of tube protecting parts are not joined to each other, and wherein the cell introducing tube extends further than the pair of tube protecting parts in a direction away from the vessel body . a vessel body which is made of a flexible resin member and has a cell accommodating part ; a cell introducing tube which is connected to the vessel body and through which cells can be introduced into the cell accommodating part ; and a pair of tube protecting parts which are arranged to hold the cell introducing tube therebetween and protect a vicinity of a joined portion of the cell introducing tube , the joined portion being joined to the vessel body , wherein the vessel body is made of sheet members superposed on each other and joined to each other at peripheral margins thereof, wherein the tube protecting parts are constituted by the sheet members forming the vessel body , and are extended from a peripheral margin of the vessel body , wherein the pair of tube protecting parts are not joined to each other, and wherein the cell introducing tube extends further than the pair of tube protecting parts in a direction away from the vessel body .
Sensor arrangement for detecting alternating magnetic fields which on the one hand are dependent on a distance (D) between an object and a reference plane (A0) or on the other hand are independent of the distance (D), having a carrier , and a coil element arrangement having at least one first coil element for generating an excitation field, a second coil element for detecting an alternating magnetic field which is generated by the first coil element and dependent on the distance (D), and a third coil element (20.1) for detecting the alternating magnetic field which is generated by the first coil element , characterized in that the coil element arrangement comprises a fourth coil element (20.2) for detecting the alternating magnetic field which is generated by the first coil element and independent of the distance (D), the second coil element and the third coil element (20.1) are connected in series, the second coil element and the third coil element (20.1) are designed to generate a first measurement signal (101-1) which is dependent on the distance (D), and the fourth coil element (20.2) is designed to generate a second measurement signal (101-2) which is independent of the distance (D). a carrier , and a coil element arrangement having at least one first coil element for generating an excitation field, a second coil element for detecting an alternating magnetic field which is generated by the first coil element and dependent on the distance (D), and a third coil element (20.1) for detecting the alternating magnetic field which is generated by the first coil element , characterized in that the coil element arrangement comprises a fourth coil element (20.2) for detecting the alternating magnetic field which is generated by the first coil element and independent of the distance (D), the second coil element and the third coil element (20.1) are connected in series, the second coil element and the third coil element (20.1) are designed to generate a first measurement signal (101-1) which is dependent on the distance (D), and the fourth coil element (20.2) is designed to generate a second measurement signal (101-2) which is independent of the distance (D).
A steering spindle arrangement that comprises a spindle bolt , an axle beam that is secured to a conically shaped central part of the spindle bolt , a stub axle that has a first arm that is rotatably arranged around a first part of the spindle bolt via a first bearing and a second arm that is rotatably arranged around a second part of the spindle bolt via a second bearing , characterized in that the spindle arrangement comprises an adjusting mechanism by means of which it is possible to adjust a variable rotational resistance for the stub axle when it is rotated around the spindle bolt , the adjusting mechanism comprises a sliding bearing that is arranged in a position between the stub axle and the axle beam and a tensioning device , by means of which it is possible to generate an adjustable force that presses the stub axle and the axle beam from opposite sides of the sliding bearing so that the stub axle acquires a desired resistance when it is rotated around the spindle bolt , the sliding bearing has a first sliding surface that is in contact with a contact surface of the stub axle and a second sliding surface that is in contact with a contact surface of the axle beam , wherein the tensioning device comprises a nut that is rotatably arranged on a threaded part of the first part of the spindle bolt , the nut having one surface that is in direct or indirect contact with one surface of the stub axle , wherein upon tightening the nut , the nut that is in contact with the stub axle and the spindle bolt that is in contact with the axle beam will be displaced in an axial direction toward one another so that the contact surface of the stub axle and the contact surface of the axle beam are pressed against the sliding surfaces of the sliding bearing .
A neutron detector, comprising a stack arrangement of two or more detector elements, each with two mutually parallel substrate plates made from a first neutron-transparent material, which are coated on mutually facing sides with a neutron absorber material , and there being defined between the coated substrate plates facing each other a measurement space filled with a counter gas, in which two electrode wire planes, arranged parallel to the substrate plates, having electrode wires running parallel in the respective electrode wire planes are arranged, and the electrode wire planes being spaced apart from one another by means of a spacing frame, characterized in that the measurement space is gas-tight and the substrate plates being spanned between the detector elements at a side facing away from the measurement in each case on a self-supporting frame made of a second neutron-transparent material to form a compensation volume , wherein in each case two detector elements are arranged such that the respective self-supporting frames are joined together so as to cover one another, wherein a gas passage is provided at least at one side of the joined self-supporting frames, to form a variable compensation volume.
A self-propelled vehicle for handling glass-sheet supporting racks of the type comprising a front rack-supporting section and a rear drive section , both provided with ground-resting wheels and stably connected to each other by a mechanical assembly that enables the front rack-supporting section to move vertically with respect to the rear drive section ; the front rack-supporting section comprising: an oblong chassis which is movable vertically with respect to the rear drive section , and is provided with two longitudinal beams that extend parallel to the vehicle longitudinal axis (L) and delimit a large central compartment open at the front and adapted to accommodate a glass-sheet supporting rack ; at least one pair of front ground-resting wheels that are located underneath said longitudinal beams ; and at least one optoelectronic sensing device which is adapted to control/scan the space in front of/facing the vehicle; the self-propelled vehicle being characterised in that the optoelectronic sensing device is fixed to said oblong chassis via a support assembly that directly holds/supports said optoelectronic sensing device and is capable of moving said optoelectronic sensing device vertically relative to the oblong chassis . the front rack-supporting section comprising: an oblong chassis which is movable vertically with respect to the rear drive section , and is provided with two longitudinal beams that extend parallel to the vehicle longitudinal axis (L) and delimit a large central compartment open at the front and adapted to accommodate a glass-sheet supporting rack ; at least one pair of front ground-resting wheels that are located underneath said longitudinal beams ; and at least one optoelectronic sensing device which is adapted to control/scan the space in front of/facing the vehicle; the self-propelled vehicle being characterised in that the optoelectronic sensing device is fixed to said oblong chassis via a support assembly that directly holds/supports said optoelectronic sensing device and is capable of moving said optoelectronic sensing device vertically relative to the oblong chassis .
A method for preparing a polyaniline complex for antimicrobial activity and heavy metal removal efficiency, the method comprising: (a) synthesizing a polyaniline emeraldine base in the form of a nano-fiber using a conventional interfacial polymerization; (b) doping the polyaniline emeraldine base of the step (a) with an organic acid to prepare a polyaniline emeraldine salt complex; and (c) doping the polyaniline emeraldine salt complex of the step (b) with a metal ion or a metal salt to prepare an insoluble polyaniline/metal complex; wherein the organic acid of the step (b) has a carboxyl group; and further wherein the organic acid of the step (b) is ethylenediaminetetraacetic acid (EDTA); and wherein metal ion or a metal salt of step (c) is an antimicrobial metal or metal salt which includes at least one of silver, copper, zinc, and alumina, which may be used alone or in combination. (a) synthesizing a polyaniline emeraldine base in the form of a nano-fiber using a conventional interfacial polymerization; (b) doping the polyaniline emeraldine base of the step (a) with an organic acid to prepare a polyaniline emeraldine salt complex; and (c) doping the polyaniline emeraldine salt complex of the step (b) with a metal ion or a metal salt to prepare an insoluble polyaniline/metal complex; wherein the organic acid of the step (b) has a carboxyl group; and further wherein the organic acid of the step (b) is ethylenediaminetetraacetic acid (EDTA); and wherein metal ion or a metal salt of step (c) is an antimicrobial metal or metal salt which includes at least one of silver, copper, zinc, and alumina, which may be used alone or in combination.
A method for communicating by a user equipment, UE, in a wireless communication system, the method comprising: starting repeatedly transmission of a physical uplink shared channel, PUSCH; obtaining hybrid automatic repeat request-acknowledgment, HARQ-ACK, information for the PUSCH before the repeatedly transmission of the PUSCH is ended; and determining whether to stop the repeatedly transmission of the PUSCH based on the HARQ-ACK information, characterized in that obtaining the HARQ-ACK information comprises: based on a repetition number of the repeatedly transmission of the PUSCH being identical to or larger than a predetermined value, configuring a search space for monitoring HARQ-ACK information; and obtaining the HARQ-ACK information, after the PUSCH is transmitted as many times as or more times than a predetermined ratio of the repetition number. starting repeatedly transmission of a physical uplink shared channel, PUSCH; obtaining hybrid automatic repeat request-acknowledgment, HARQ-ACK, information for the PUSCH before the repeatedly transmission of the PUSCH is ended; and determining whether to stop the repeatedly transmission of the PUSCH based on the HARQ-ACK information, characterized in that obtaining the HARQ-ACK information comprises: based on a repetition number of the repeatedly transmission of the PUSCH being identical to or larger than a predetermined value, configuring a search space for monitoring HARQ-ACK information; and obtaining the HARQ-ACK information, after the PUSCH is transmitted as many times as or more times than a predetermined ratio of the repetition number.
Radar sensor having a waveguide structure and a high-frequency component , which are arranged on opposite sides of a printed circuit board , and having a coupling device (18; 18'; 18a-c) for transmitting microwave signals between the high-frequency component and the waveguide structure , the coupling device (18; 18'; 18a-c) having a dielectric waveguide (28; 28') which is produced separately from the printed circuit board .
A method for reducing methane emission from slurry produced in a livestock farm , said method comprising the steps of: guiding unheated slurry from said livestock farm to a slurry heat exchanger , raising the temperature of said unheated slurry in said slurry heat exchanger to at least 65° Celsius, guiding said at least 65° Celsius hot slurry to an intermediate slurry tank, raising the temperature of said heated slurry to at least 75° Celsius in said intermediate slurry tank , guiding said at least 75° Celsius hot slurry through said slurry heat exchanger to exchange heat with said unheated slurry to raise the temperature of said unheated slurry to said at least 65° Celsius and to cool said at least 75° Celsius hot slurry to at least below 40° Celsius, and guiding said at least below 40° Celsius cold slurry to a slurry reservoir. guiding unheated slurry from said livestock farm to a slurry heat exchanger , raising the temperature of said unheated slurry in said slurry heat exchanger to at least 65° Celsius, guiding said at least 65° Celsius hot slurry to an intermediate slurry tank, raising the temperature of said heated slurry to at least 75° Celsius in said intermediate slurry tank , guiding said at least 75° Celsius hot slurry through said slurry heat exchanger to exchange heat with said unheated slurry to raise the temperature of said unheated slurry to said at least 65° Celsius and to cool said at least 75° Celsius hot slurry to at least below 40° Celsius, and guiding said at least below 40° Celsius cold slurry to a slurry reservoir.
A device for collecting onto a sample holder a biological tissue carried on a shaft , characterised in that , the device comprising a base , a lever and a needle bed , wherein said needle bed is attached to one of said base and said lever and is configured to support, in a pre-defined position, a shaft configured for carrying a biological tissue, whereas the other one of said base and said lever is configured to support a sample holder attachable thereto, and wherein said lever is movable between settings relative to said base so that: - in a first setting of said settings, a sample holder suitably attached to said device and said needle bed are distant from one another, and - in a second setting of said settings said sample holder and said needle bed are situated proximal to one another having a predefined arrangement relative to one another, and wherein, in said second setting, said sample holder is configured to contact a biological tissue carried on a shaft supported by said needle bed, thereby adhering to said biological tissue, and thereby detaching said biological tissue from said shaft when said lever is moved from said second setting to said first setting. the device comprising a base , a lever and a needle bed , wherein said needle bed is attached to one of said base and said lever and is configured to support, in a pre-defined position, a shaft configured for carrying a biological tissue, whereas the other one of said base and said lever is configured to support a sample holder attachable thereto, and wherein said lever is movable between settings relative to said base so that: - in a first setting of said settings, a sample holder suitably attached to said device and said needle bed are distant from one another, and - in a second setting of said settings said sample holder and said needle bed are situated proximal to one another having a predefined arrangement relative to one another, - in a first setting of said settings, a sample holder suitably attached to said device and said needle bed are distant from one another, and - in a second setting of said settings said sample holder and said needle bed are situated proximal to one another having a predefined arrangement relative to one another, and wherein, in said second setting, said sample holder is configured to contact a biological tissue carried on a shaft supported by said needle bed, thereby adhering to said biological tissue, and thereby detaching said biological tissue from said shaft when said lever is moved from said second setting to said first setting.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: checking (S801) 3GPP packet-switched, PS, data off exempt services and a packet data network, PDN, connection to be generated by the UE ; determining (S802) whether to generate the PDN connection based on a type of the PDN connection and the 3GPP PS data off exempt services; performing (S803) an attachment procedure with generating the PDN connection, based on determination to generate the PDN connection; and performing (S804) the attachment procedure without generating the PDN connection, based on determination not to generate the PDN connection, wherein the performing (S804) the attachment procedure without generating the PDN connection comprises providing a core network with information that causes the core network to maintain the UE at an attachment state while the UE has no PDN connection. checking (S801) 3GPP packet-switched, PS, data off exempt services and a packet data network, PDN, connection to be generated by the UE ; determining (S802) whether to generate the PDN connection based on a type of the PDN connection and the 3GPP PS data off exempt services; performing (S803) an attachment procedure with generating the PDN connection, based on determination to generate the PDN connection; and performing (S804) the attachment procedure without generating the PDN connection, based on determination not to generate the PDN connection, wherein the performing (S804) the attachment procedure without generating the PDN connection comprises providing a core network with information that causes the core network to maintain the UE at an attachment state while the UE has no PDN connection.
A fiber web comprising: a plurality of meltblown fibers having an average fiber diameter between 0.1 microns and 1.5 microns, wherein the fiber web has: a mean pore size of greater than 0.1 microns and less than 2.0 micron, wherein the mean pore size is measured according to the standard ASTM F-316- 80 Method B, BS6410; a water permeability of greater than 29 ml/min·cm 2 ·MPa (0.2 ml/min·cm 2 ·psi), wherein the water permeability is determined by dividing the water flux by the applied pressure for determining flow rate, wherein the water flux is determined by dividing the flow rate (ml/min) by the sample effective area (cm 2 ) of the fiber web; a permeate turbidity of less than 8 NTU, wherein the permeate turbidity is determined by measurement with a turbidimeter which satisfies the criteria specified in Standard US EPA 180.1 on turbidity measurements; a basis weight between 15 g/m 2 and 200 g/m 2 , wherein the basis weight is determined according to ASTM D3776; and a thickness between 0.05 mm (0.002 inches) and 0.5 mm (0.02 inches), wherein the thickness is determined according to the standard ASTM D1777, and wherein the fiber web is formed by laminating two or more layers of the plurality of meltblown fibers, or is formed by subjecting two or more layers of the plurality of meltblown fibers to a calendering process. a mean pore size of greater than 0.1 microns and less than 2.0 micron, wherein the mean pore size is measured according to the standard ASTM F-316- 80 Method B, BS6410; a water permeability of greater than 29 ml/min·cm 2 ·MPa (0.2 ml/min·cm 2 ·psi), wherein the water permeability is determined by dividing the water flux by the applied pressure for determining flow rate, wherein the water flux is determined by dividing the flow rate (ml/min) by the sample effective area (cm 2 ) of the fiber web; a permeate turbidity of less than 8 NTU, wherein the permeate turbidity is determined by measurement with a turbidimeter which satisfies the criteria specified in Standard US EPA 180.1 on turbidity measurements; a basis weight between 15 g/m 2 and 200 g/m 2 , wherein the basis weight is determined according to ASTM D3776; and a thickness between 0.05 mm (0.002 inches) and 0.5 mm (0.02 inches), wherein the thickness is determined according to the standard ASTM D1777, and wherein the fiber web is formed by laminating two or more layers of the plurality of meltblown fibers, or is formed by subjecting two or more layers of the plurality of meltblown fibers to a calendering process.
Tool support comprising a first part configured to be connected directly or indirectly to a motorised vehicle, a second part supporting a tool , the tool support comprising an intermediate part , a first articulation connecting the first part and the intermediate part , a second articulation connecting the second part and the intermediate part , one of the first and second articulations being a deformable parallelogram allowing the tool to move in a plane of movement parallel to the ground between engaged and clear positions and the other being a pivoting connection allowing the tool to pivot about an axis of pivoting (A30) perpendicular to the plane of movement between clear and pivoted positions, the tool support comprising a single actuator , characterized in that said single actuator connects the first and second parts and has a first range of operation during which the deformable parallelogram is deformed, and a second range of operation during which the tool pivots about the axis of pivoting (A30). a first articulation connecting the first part and the intermediate part , a second articulation connecting the second part and the intermediate part , one of the first and second articulations being a deformable parallelogram allowing the tool to move in a plane of movement parallel to the ground between engaged and clear positions and the other being a pivoting connection allowing the tool to pivot about an axis of pivoting (A30) perpendicular to the plane of movement between clear and pivoted positions, the tool support comprising a single actuator , characterized in that said single actuator connects the first and second parts and has a first range of operation during which the deformable parallelogram is deformed, and a second range of operation during which the tool pivots about the axis of pivoting (A30).