mhurhangee/patent-ind-claim-en huggingface dataset:
Airflow apparatus for a vehicle comprising: an airflow duct extending rearwardly from a front region of said vehicle, the airflow duct having an airflow inlet and an airflow outlet ; a cooling duct , separate from the airflow duct , the cooling duct having a cooling inlet and a cooling outlet , characterised in that : the airflow outlet is in proximity to the cooling outlet ; the cooling outlet and/or the airflow outlet is in a bonnet of the vehicle; and in use, airflow exits the airflow outlet substantially parallel said bonnet. an airflow duct extending rearwardly from a front region of said vehicle, the airflow duct having an airflow inlet and an airflow outlet ; a cooling duct , separate from the airflow duct , the cooling duct having a cooling inlet and a cooling outlet , characterised in that : the airflow outlet is in proximity to the cooling outlet ; the cooling outlet and/or the airflow outlet is in a bonnet of the vehicle; and in use, airflow exits the airflow outlet substantially parallel said bonnet. the airflow outlet is in proximity to the cooling outlet ; the cooling outlet and/or the airflow outlet is in a bonnet of the vehicle; and in use, airflow exits the airflow outlet substantially parallel said bonnet.
A method for manufacturing a non porous film intended to be implanted in the human body, said method comprising the following step: - a°) preparation of a first film, called intermediate film, via gelling of a starting solution comprising at least one polymer selected in the group consisting of collagen, glycosaminoglycans, and mixtures thereof, said method being characterized in that it further comprises the following steps: - b°) immersion of said intermediate film in an alkaline composition comprising at least one C 1 -C 4 alcohol, - c°) drying of the film obtained at the end of the immersing step. - a°) preparation of a first film, called intermediate film, via gelling of a starting solution comprising at least one polymer selected in the group consisting of collagen, glycosaminoglycans, and mixtures thereof, - b°) immersion of said intermediate film in an alkaline composition comprising at least one C 1 -C 4 alcohol, - c°) drying of the film obtained at the end of the immersing step.
A membrane hydrophone for measuring acoustic energy from a high frequency ultrasound transducer, comprising: a frame ; a piezoelectric membrane having a first side and a second side that is supported by the frame and including a conductive material on both sides of the piezoelectric membrane ; and first and second electrode patterns formed within the conductive material that overlap each other on opposite sides of the piezoelectric membrane to define an active area of the hydrophone; wherein the first electrode pattern is created on both sides of the piezoelectric membrane and overlap each other except in the active area and are electrically connected; wherein the second electrode pattern is created on both sides of the piezoelectric membrane and overlap each other except in the active area and are electrically connected; and wherein the active area of the hydrophone is defined by an overlapping portion of the first electrode pattern on the first side of the piezoelectric membrane and a portion of the second electrode pattern on the second side of the piezoelectric membrane . a frame ; a piezoelectric membrane having a first side and a second side that is supported by the frame and including a conductive material on both sides of the piezoelectric membrane ; and first and second electrode patterns formed within the conductive material that overlap each other on opposite sides of the piezoelectric membrane to define an active area of the hydrophone; wherein the first electrode pattern is created on both sides of the piezoelectric membrane and overlap each other except in the active area and are electrically connected; wherein the second electrode pattern is created on both sides of the piezoelectric membrane and overlap each other except in the active area and are electrically connected; and wherein the active area of the hydrophone is defined by an overlapping portion of the first electrode pattern on the first side of the piezoelectric membrane and a portion of the second electrode pattern on the second side of the piezoelectric membrane .
A method for measuring cell-mediated immune response activity in a subject, said method comprising co-incubation of lymphocytes from the subject with a combination of two sets of peptides, a first set comprising peptides of 7 to 14 amino acid residues in length which are recognised by CD8+ lymphocytes and a second set comprising peptides of 16 amino acid residues or greater which are recognised by CD4+ lymphocytes, which peptides encompass all or part of a protein antigen and measuring the presence or elevation in the level of an immune effector molecule from immune cells wherein the presence or level of the immune effector molecule is indicative of the level of cell-mediated responsiveness of the subject, wherein the level of responsiveness is indicative of the presence or absence or level or stage of a disease or condition selected from the list comprising an infection by a pathogenic agent, an autoimmune disease, a cancer, an inflammatory condition and exposure to a toxic proteinaceous agent, and wherein the lymphocytes from the subject are comprised within a blood sample and the sample is undiluted whole blood, or wherein the sample is whole blood which comprises from 10% to 100% by volume of the sample to be assayed, more particularly wherein the whole blood comprises from 50% to 100% by volume of the sample to be assayed, for example wherein the whole blood comprises from 80% to 100% by volume of the sample to be assayed.
An electrical contact assembly comprising: an elongate stud having a coupling end and an opposing butt end , the butt end having a recess formed therein, the recess having a head portion and a shank portion defining a shoulder at a juncture therebetween, the head portion bounded by a collar and having a diameter (d 4 ) that is larger than a diameter (d 5 ) of the shank portion; and a contact pad having a head and a shank , the head having a top surface and a bottom surface with a tapered sidewall extending therebetween, the shank extending from the bottom surface of the head and having a diameter (d 3 ) that is smaller than a diameter (d 2 ) of the bottom surface; wherein the contact pad is disposed within the recess with the bottom surface of the head disposed on the shoulder and with the collar extending over and engaging the tapered sidewall of the head to retain the contact pad within the recess, wherein the stud includes a base portion extending radially-outwardly from the butt end and defining a support surface adjacent the recess, the support surface defining a plane oriented perpendicular to a longitudinal axis (L) of the stud. an elongate stud having a coupling end and an opposing butt end , the butt end having a recess formed therein, the recess having a head portion and a shank portion defining a shoulder at a juncture therebetween, the head portion bounded by a collar and having a diameter (d 4 ) that is larger than a diameter (d 5 ) of the shank portion; and a contact pad having a head and a shank , the head having a top surface and a bottom surface with a tapered sidewall extending therebetween, the shank extending from the bottom surface of the head and having a diameter (d 3 ) that is smaller than a diameter (d 2 ) of the bottom surface; wherein the contact pad is disposed within the recess with the bottom surface of the head disposed on the shoulder and with the collar extending over and engaging the tapered sidewall of the head to retain the contact pad within the recess, wherein the stud includes a base portion extending radially-outwardly from the butt end and defining a support surface adjacent the recess, the support surface defining a plane oriented perpendicular to a longitudinal axis (L) of the stud.
Stationary storage system for vehicle drive batteries , in particular for storing such vehicle drive batteries before installation in a motor vehicle within the course of the production of the vehicle, having the following features: a. the storage system has a multiplicity of storage areas for vehicle drive batteries which are arranged one next to the other and one above the other in a grid-like fashion and are delimited from one another by dividing walls and intermediate floors , and b. the storage system has a ventilation system for individually feeding in gas and/or discharging gas from the storage areas , characterized by the following features: c. the storage system has a multiplicity of gas sensors which are assigned to the individual gas feeds and/or gas discharge elements in such a way that a plurality of gas sensors are respectively assigned to different subgroups of the total number of storage areas , and d. a common gas sensor is respectively assigned to a horizontally oriented row of storage areas , and e. a common gas sensor is respectively assigned to a vertically oriented row of storage areas . a. the storage system has a multiplicity of storage areas for vehicle drive batteries which are arranged one next to the other and one above the other in a grid-like fashion and are delimited from one another by dividing walls and intermediate floors , and b. the storage system has a ventilation system for individually feeding in gas and/or discharging gas from the storage areas , characterized by the following features: c. the storage system has a multiplicity of gas sensors which are assigned to the individual gas feeds and/or gas discharge elements in such a way that a plurality of gas sensors are respectively assigned to different subgroups of the total number of storage areas , and d. a common gas sensor is respectively assigned to a horizontally oriented row of storage areas , and e. a common gas sensor is respectively assigned to a vertically oriented row of storage areas .
A secure communication method, comprising: receiving , by a second terminal device (UE-2), a first request message about a first terminal device (UE-1) from a relay, wherein the first request message comprises a PC5 user plane security policy of the first terminal device and a PC5 user plane security policy of the relay; determining , by the second terminal device, first information according to a PC5 user plane security policy of the second terminal device, the PC5 user plane security policy of the first terminal device, and the PC5 user plane security policy of the relay; and sending , by the second terminal device, the first information to the relay, wherein the first information indicates a user plane security protection method of a first PC5 link and a user plane security protection method of a second PC5 link, and the user plane security protection method of the first PC5 link is the same as the user plane security protection method of the second PC5 link, wherein the first PC5 link is a PC5 link between the relay and the first terminal device, and the second PC5 link is a PC5 link between the relay and the second terminal device. receiving , by a second terminal device (UE-2), a first request message about a first terminal device (UE-1) from a relay, wherein the first request message comprises a PC5 user plane security policy of the first terminal device and a PC5 user plane security policy of the relay; determining , by the second terminal device, first information according to a PC5 user plane security policy of the second terminal device, the PC5 user plane security policy of the first terminal device, and the PC5 user plane security policy of the relay; and sending , by the second terminal device, the first information to the relay, wherein the first information indicates a user plane security protection method of a first PC5 link and a user plane security protection method of a second PC5 link, and the user plane security protection method of the first PC5 link is the same as the user plane security protection method of the second PC5 link, wherein the first PC5 link is a PC5 link between the relay and the first terminal device, and the second PC5 link is a PC5 link between the relay and the second terminal device.
Supporting device comprising: - a fixed frame suitable for being fixed to a wall; said fixed frame comprising a back side suitable for facing the wall, and a front side in opposite position to the back side ; said fixed frame comprising a first wall and a second wall in parallel position that orthogonally protrude from said front side ; each wall comprising a hole ; - an endless screw with an axis (Y); said endless screw being inserted in the holes of the pair of walls ; said endless screw comprising a central section disposed between the two walls and an ending section that protrudes from one of said walls ; - a mobile frame comprising a threaded hole for the insertion of the endless screw ; - guide means that guide said mobile frame along the displacement relative to the axis (Y) of the endless screw . - a fixed frame suitable for being fixed to a wall; said fixed frame comprising a back side suitable for facing the wall, and a front side in opposite position to the back side ; said fixed frame comprising a first wall and a second wall in parallel position that orthogonally protrude from said front side ; each wall comprising a hole ; - an endless screw with an axis (Y); said endless screw being inserted in the holes of the pair of walls ; said endless screw comprising a central section disposed between the two walls and an ending section that protrudes from one of said walls ; - a mobile frame comprising a threaded hole for the insertion of the endless screw ; - guide means that guide said mobile frame along the displacement relative to the axis (Y) of the endless screw .
A bearing system comprising: a bearing housing including: a sleeve defining a cylindrical bore and including at least one bearing assembly locking feature ; and a mounting structure for connecting the bearing system to a compressor housing, and a foil bearing assembly positioned within the cylindrical bore and including an outer foil assembly including at least one outer foil pad extending circumferentially from a first end including a bearing retention feature to a second end, the bearing retention feature cooperatively engaged with the at least one bearing assembly locking feature to maintain the foil bearing assembly within the bearing housing at a fixed rotational position; an inner foil assembly ; and a bump foil assembly positioned between the outer foil assembly and the inner foil assembly; wherein the inner foil assembly includes a plurality of inner foil pads spaced circumferentially about the foil bearing assembly, each inner foil pad extending circumferentially from a tab to a free end , wherein at least one of the inner foil pads is welded to the outer foil assembly along the tab . a sleeve defining a cylindrical bore and including at least one bearing assembly locking feature ; and a mounting structure for connecting the bearing system to a compressor housing, and a foil bearing assembly positioned within the cylindrical bore and including an outer foil assembly including at least one outer foil pad extending circumferentially from a first end including a bearing retention feature to a second end, the bearing retention feature cooperatively engaged with the at least one bearing assembly locking feature to maintain the foil bearing assembly within the bearing housing at a fixed rotational position; an inner foil assembly ; and a bump foil assembly positioned between the outer foil assembly and the inner foil assembly; wherein the inner foil assembly includes a plurality of inner foil pads spaced circumferentially about the foil bearing assembly, each inner foil pad extending circumferentially from a tab to a free end , wherein at least one of the inner foil pads is welded to the outer foil assembly along the tab . an outer foil assembly including at least one outer foil pad extending circumferentially from a first end including a bearing retention feature to a second end, the bearing retention feature cooperatively engaged with the at least one bearing assembly locking feature to maintain the foil bearing assembly within the bearing housing at a fixed rotational position; an inner foil assembly ; and a bump foil assembly positioned between the outer foil assembly and the inner foil assembly; wherein the inner foil assembly includes a plurality of inner foil pads spaced circumferentially about the foil bearing assembly, each inner foil pad extending circumferentially from a tab to a free end , wherein at least one of the inner foil pads is welded to the outer foil assembly along the tab .
A method implemented by a wireless transmit receive unit, WTRU, the method comprising: receiving configuration information through a relay WTRU connected to the WTRU, wherein the configuration information originates from a base station, wherein the configuration information comprises two or more thresholds for measurement reporting on one or more signals, wherein a first threshold is associated with sidelink Reference Signal Received Power, RSRP, measurements and a second threshold is associated with sidelink discovery RSRP measurements, wherein the one or more signals are one or more sidelink transmissions; measuring RSRP of the one or more signals; and upon determining at least a value, based on one or more RSRP measurements of the one or more signals, meets at least one of the first threshold or the second threshold, sending a measurement report to the base station, wherein the measurement report includes the value based on the one or more RSRP measurements of the one or more signals and a measurement type, wherein the measurement type indicates that the value was based on at least one data transmission or at least one discovery signal. receiving configuration information through a relay WTRU connected to the WTRU, wherein the configuration information originates from a base station, wherein the configuration information comprises two or more thresholds for measurement reporting on one or more signals, wherein a first threshold is associated with sidelink Reference Signal Received Power, RSRP, measurements and a second threshold is associated with sidelink discovery RSRP measurements, wherein the one or more signals are one or more sidelink transmissions; measuring RSRP of the one or more signals; and upon determining at least a value, based on one or more RSRP measurements of the one or more signals, meets at least one of the first threshold or the second threshold, sending a measurement report to the base station, wherein the measurement report includes the value based on the one or more RSRP measurements of the one or more signals and a measurement type, wherein the measurement type indicates that the value was based on at least one data transmission or at least one discovery signal.
Composition for use in the treatment of intrauterine growth restriction (IUGR) or in parenteral nutrition for extremely premature infant born in the 24th to 34th week of pregnancy, comprising a mixture of amino acids, consisting of isoleucine, leucine, lysine, methionine, phenylalanine, threonine, tryptophan, valine, arginine, histidine, ornithine, glycine, alanine, proline, aspartate, asparagine, glutamate, glutamine, serine, tyrosine, taurine, hydroxyproline, citrulline and cysteine, characterised in that the amino acids contained in the mixture are present in concentrations or concentration ratios corresponding to the physiological amino acid concentrations or concentration ratios in the blood plasma of a healthy foetus in utero in the 24th to 34th week of pregnancy and are present in the composition within the following concentration ranges, the total amount of amino acids contained in the mixture being 100 wt.%: isoleucine 1.35-7.00 wt.% leucine 2.43-8.00 wt.% lysine 7.51-15.32 wt.% methionine 0.69-1.42 wt.% cysteine 0.1-3.00 wt.% phenylalanine 1.63-3.33 wt.% threonine 3.00-11.62 wt.% tryptophan 1.00-2.93 wt.% valine 4.37-8.91 wt.% arginine 2.01-9.00 wt.% histidine 2.47-5.04 wt.% ornithine 1.98-5.50 wt.% glycine 3.77-7.69 wt.% alanine 5.86-11.95 wt.% proline 3.19-8.00 wt.% aspartate 0.85-3.00 wt.% asparagine 1.56-5.00 wt.% glutamate 3.32-8.50 wt.% glutamine 1.00-20.0 wt.% serine 2.66-5.44 wt.% tyrosine 1.00-3.40 wt.% taurine 0.26-6.14 wt.% hydroxyproline 0.10-1.25 wt.% citrulline 0.10-0.74 wt.%
A communications device, comprising a control board, a first cross-connect board, and a service board, wherein the control board is configured to: after receiving a go-offline signal, send a first notification signal to the first cross-connect board and the service board, wherein the first notification signal is used to indicate that a clock source switches from the control board to the first cross-connect board; the first cross-connect board is configured to maintain a second clock based on the first notification signal by using a local crystal oscillator of the first cross-connect board, wherein a frequency of the second clock is the same as a frequency of a first clock, a phase of the second clock is the same as a phase of the first clock, and the first clock is generated by the control board; and the service board is configured to switch from the first clock to the second clock based on the first notification signal. the first cross-connect board is configured to maintain a second clock based on the first notification signal by using a local crystal oscillator of the first cross-connect board, wherein a frequency of the second clock is the same as a frequency of a first clock, a phase of the second clock is the same as a phase of the first clock, and the first clock is generated by the control board; and the service board is configured to switch from the first clock to the second clock based on the first notification signal.
Induction sealing device for heat sealing packaging material, which packaging material comprising a base layer of fibrous material, a number of layers of heat-sealable polymeric material and an electrically conductive material, for producing sealed packages, comprising at least one inductor made of an alloy comprising silver (Ag) and copper (Cu) and provided with at least one sealing surface adapted for cooperation with the packaging material during sealing, and partly encapsulated in a supporting body , wherein the at least one sealing surface are exposed to an outer, upper surface of the supporting body , wherein the upper surface is being planar to provide a close contact with the packaging material.
A method of controlling a robotic lawn mower, comprising the steps: - obtaining an overhead image of a plot of land; - defining a boundary of the plot of land using a graphical user interface; - defining one or more mower-safe subregions within the boundary using the graphical user interface; - assigning a control attribute to a mower-safe subregion; - controlling the robotic lawn mower to traverse the plot of land while its operation in a subregion is based on (a) the location of the mower in relation to the plot of land, (b) the defined boundary and one or more subregions and (c) the assigned control attribute. - obtaining an overhead image of a plot of land; - defining a boundary of the plot of land using a graphical user interface; - defining one or more mower-safe subregions within the boundary using the graphical user interface; - assigning a control attribute to a mower-safe subregion; - controlling the robotic lawn mower to traverse the plot of land while its operation in a subregion is based on (a) the location of the mower in relation to the plot of land, (b) the defined boundary and one or more subregions and (c) the assigned control attribute.