mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack for a vehicle , comprising: - at least one battery module including a plurality of secondary battery cells; - a metal framework for supporting the at least one battery module and mounting to a carrying structure of the vehicle , the framework including a plurality of slots extending from a bottom side to an opposing mounting side of the battery pack , where the framework is adapted to be fixed to the carrying structure of the vehicle ; and - an insert tightly fitted within each slot , the insert including a through-hole adapted for accommodating a fixation element for mounting the framework to the carrying structure of the vehicle , wherein the framework and the insert are made of aluminum or an aluminum alloy. - at least one battery module including a plurality of secondary battery cells; - a metal framework for supporting the at least one battery module and mounting to a carrying structure of the vehicle , the framework including a plurality of slots extending from a bottom side to an opposing mounting side of the battery pack , where the framework is adapted to be fixed to the carrying structure of the vehicle ; and - an insert tightly fitted within each slot , the insert including a through-hole adapted for accommodating a fixation element for mounting the framework to the carrying structure of the vehicle ,
Arrangement for assisting a parking brake , which parking brake comprises a brake lever which is pivotably supported in a carrier device between a release position and a locking position and is able to be coupled to a braking system by means of a transmission means, whereby the arrangement comprises a lifting element with an energy storage unit , whereby the lifting element is operatively connected to the brake lever , characterized in that the operative connection comprises a redirecting element which is supported in a way pivotable about a pivot axis and is arranged in such a way that the redirecting element couples the lifting element to the brake lever .
A compound selected from the following: and or a pharmaceutically acceptable salt or solvate thereof.
A system comprising: a compressor configured to compress air; an air dryer configured to dry the air compressed by the compressor and to supply the dried compressed air; and an oil separator ; which comprises a housing and an impingement member located in the housing, wherein the oil separator is configured to introduce air compressed by the compressor and containing oil into the housing and to cause the introduced compressed air to strike the impingement member to separate oil from the introduced compressed air, thereby recovering the oil; and characterised in that the oil separated from the introduced compressed air is supplied to an oil pan of an engine to be used as lubricant for the engine. a compressor configured to compress air; an air dryer configured to dry the air compressed by the compressor and to supply the dried compressed air; and an oil separator ; which comprises a housing and an impingement member located in the housing, wherein the oil separator is configured to introduce air compressed by the compressor and containing oil into the housing and to cause the introduced compressed air to strike the impingement member to separate oil from the introduced compressed air, thereby recovering the oil; and characterised in that the oil separated from the introduced compressed air is supplied to an oil pan of an engine to be used as lubricant for the engine.
A method for detecting a gene mutation comprising a step of discriminating, by using ion-exchange chromatography, two or more kinds of gene amplification products amplified by using two or more kinds of allele specific primers, characterized in that a non-nucleotide component is added to the 5' end of at least one of the two or more kinds of allele specific primers, wherein the non-nucleotide component is a substance inducing a change in electric charge at the 5' end of the primer.
Binder composition for concrete, mortar or grout comprising lignite fly ash and a second ingredient selected from the group consisting of ground granulated blast furnace slag (GGBS), an alkaline earth activator selected from calcium oxide, calcium hydroxide, magnesium oxide, magnesium hydroxide and mixtures thereof, a class F fly ash, a class C fly ash, calcium carbonate, magnesium carbonate and mixtures thereof, wherein the lignite fly ash has a sulphate content of at least 6 wt.%, based on the weight of the lignite fly ash, and wherein the binder composition comprises from 10 to 90 wt.% of the lignite fly ash and from 90 to 10 wt.% of the second ingredient, based on the total weight of the binder composition.
A blood purification apparatus including a blood circuit to which a blood purifier is connected and through which blood flows, and a waste liquid circuit through which a waste liquid separated from blood in the blood purifier flows, wherein the blood purification apparatus comprises: citric acid solution supply means that supplies a citric acid solution to a side upstream from the blood purifier in the blood circuit; and calcium solution supply means that supplies a calcium solution to a side downstream from the blood purifier in the blood circuit, characterized in that the blood purification apparatus is configured to calculate a total calcium flow rate of a waste liquid from a total calcium concentration of the waste liquid in the waste liquid circuit when a citric acid solution is supplied from the citric acid solution supply means and a waste liquid flow rate in the waste liquid circuit, and to determine a supply flow rate of the calcium solution in the calcium solution supply means from the total calcium flow rate of the waste liquid. citric acid solution supply means that supplies a citric acid solution to a side upstream from the blood purifier in the blood circuit; and calcium solution supply means that supplies a calcium solution to a side downstream from the blood purifier in the blood circuit, characterized in that the blood purification apparatus is configured to calculate a total calcium flow rate of a waste liquid from a total calcium concentration of the waste liquid in the waste liquid circuit when a citric acid solution is supplied from the citric acid solution supply means and a waste liquid flow rate in the waste liquid circuit, and to determine a supply flow rate of the calcium solution in the calcium solution supply means from the total calcium flow rate of the waste liquid.
Assembly for controlling a temperature, e.g. cooling, of at least a part of a person, in particular the brain of the person, for example during or after a cardiac arrest, the assembly comprising: an esophagus catheter to be inserted into the esophagus of the person for temperature control, the esophagus catheter extending along a longitudinal axis (A), the esophagus catheter comprising a proximal heat exchanger defining a first flow direction (B) having a first axial component (B) relative to the longitudinal axis (A), the proximal heat exchanger being a proximal balloon , and a distal heat exchanger defining a second flow direction (C) having a second axial component relative to the longitudinal axis (A), the distal heat exchanger being a distal balloon , the esophagus catheter further comprising a plurality of coolant channels each in fluid communication with at least one of the proximal heat exchanger and the distal heat exchanger , and a coolant pump connected to at least one of the plurality of coolant channels , characterized in that the assembly is configured to cause simultaneously a coolant flow through the proximal heat exchanger and the distal heat exchanger , such that the first axial component (B) is in a proximal to distal direction and the second axial component (C) is in a distal to proximal direction. an esophagus catheter to be inserted into the esophagus of the person for temperature control, the esophagus catheter extending along a longitudinal axis (A), the esophagus catheter comprising a proximal heat exchanger defining a first flow direction (B) having a first axial component (B) relative to the longitudinal axis (A), the proximal heat exchanger being a proximal balloon , and a distal heat exchanger defining a second flow direction (C) having a second axial component relative to the longitudinal axis (A), the distal heat exchanger being a distal balloon , the esophagus catheter further comprising a plurality of coolant channels each in fluid communication with at least one of the proximal heat exchanger and the distal heat exchanger , and a coolant pump connected to at least one of the plurality of coolant channels , characterized in that the assembly is configured to cause simultaneously a coolant flow through the proximal heat exchanger and the distal heat exchanger , such that the first axial component (B) is in a proximal to distal direction and the second axial component (C) is in a distal to proximal direction.
A dual function circuit interrupter device with line power and neutral return power current paths, and an apertured current transformer configured to detect ground fault current anomalies, comprising: a substantially rigid conductor surrounding and holding a flexible conductor ; and the substantially rigid conductor and the flexible conductor passing through an aperture of the current transformer inside of the circuit interrupter device; characterized in that the circuit interrupter device further comprises a voltage meter configured to measure a voltage drop across the substantially rigid conductor and provide voltage drop measurements to electronics within the circuit interrupter device, the electronics being configured to detect arc faults. a substantially rigid conductor surrounding and holding a flexible conductor ; and the substantially rigid conductor and the flexible conductor passing through an aperture of the current transformer inside of the circuit interrupter device; characterized in that the circuit interrupter device further comprises a voltage meter configured to measure a voltage drop across the substantially rigid conductor and provide voltage drop measurements to electronics within the circuit interrupter device, the electronics being configured to detect arc faults.
Method for operating a driver information system in an motor vehicle , which produces and displays on a display device of the motor vehicle a representation of the surrounding area based on sensor data from a plurality of radar sensors and showing relevant features of the area surrounding the motor vehicle for operating the motor vehicle , wherein the sensor data are evaluated for a map of the surroundings in which at least partly criticality values are assigned to features and/or subsections of the surrounding area, taking into account the sensor data of the radar sensors , which criticality values describe a risk of damage to the motor vehicle on the basis of the features and/or features contained in the subsection , wherein the reproduction of the features and/or subsections in the representation of the surrounding area is modified as a function of the criticality value, wherein radar sensors are used which are implemented in semiconductor technology and cover the surrounding area of the motor vehicle in a 360° angle range, wherein non-detected subsections of the surrounding area and/or subsections, which cannot be assessed accurately enough with regard to their criticality, are represented as distinct from subsections and/or features with an assigned criticality value, wherein a criticality value is assigned to a subsection covering an angle range of the surrounding area as a function of a distance of a feature of the motor vehicle fulfilling a relevancy criterion, detected within the sensor data of the respective radar sensor for the subsection , wherein the subsections in the representation of the surrounding area are in the form of distance ranges, wherein a colour is assigned to each criticality value and the distance ranges beginning from the outside are filled by colours assigned to the respective criticality value assigned to the distances in the distance range, until the distance range assigned to the actual criticality value has been reached.
Apparatus for guiding containers with • a main body , which has a flat portion with a multiplicity of through-passages and/or recesses, and • a multiplicity of retaining means , wherein in each case at least one retaining means is arranged in the region of a through-passage and/or a recess, • wherein each retaining device comprises at least one curved rail web , which is connected at a first end with the flat portion and at a second end, opposite the first end , with a rail carrier , • wherein the rail carrier comprises at least one retaining arm , which is aligned as far as possible perpendicular to the plane of the flat portion , and • wherein the flat portion of the main body and the retaining means with the rail web , the rail carrier , and the retaining arm are formed in one piece, • wherein a guide rail for guiding containers is arranged directly on the retaining arms . • a main body , which has a flat portion with a multiplicity of through-passages and/or recesses, and • a multiplicity of retaining means , wherein in each case at least one retaining means is arranged in the region of a through-passage and/or a recess, • wherein each retaining device comprises at least one curved rail web , which is connected at a first end with the flat portion and at a second end, opposite the first end , with a rail carrier , • wherein the rail carrier comprises at least one retaining arm , which is aligned as far as possible perpendicular to the plane of the flat portion , and • wherein the flat portion of the main body and the retaining means with the rail web , the rail carrier , and the retaining arm are formed in one piece, • wherein a guide rail for guiding containers is arranged directly on the retaining arms .
A culture container transportation set (A1) comprising: a culture container including at least one vessel comprising a bottom wall and a tubular side wall that rises from the bottom wall ; a flexible cover that covers an upper edge portion of the side wall of the vessel ; a hard pressing member provided on the cover ; a cushioning material having shape restorability; and a housing container that houses an assembly of the culture container , the cover , the pressing member and the cushioning material stacked on one another, the assembly being pressed from above and below by the housing container , wherein the cushioning material is provided between the housing container and the culture container or between the pressing member and the housing container . a culture container including at least one vessel comprising a bottom wall and a tubular side wall that rises from the bottom wall ; a flexible cover that covers an upper edge portion of the side wall of the vessel ; a hard pressing member provided on the cover ; a cushioning material having shape restorability; and a housing container that houses an assembly of the culture container , the cover , the pressing member and the cushioning material stacked on one another, the assembly being pressed from above and below by the housing container ,
A sensorized garment comprising: - an under helmet hood made of a textile material, which can be worn to cover at least the head of an individual; - at least one textile pressure sensor and at least one textile deformation sensor incorporated in said under helmet hood and configured to contact the body surface of said individual, each pressure sensor being configured to detect a pressure value to thereby generate a first signal according to said detected pressure value, each deformation sensor being configured to detect a deformation value to thereby generate a second signal according to said detected deformation value; - a control unit in signal communication with said at least one textile pressure sensor and with said at least one textile deformation sensor for receiving said first signal and said second signal respectively, said control unit being configured to generate an alarm signal when the value of at least one of said first signal and said second signal exceeds a respective preset threshold value; - each textile pressure sensor is placed in a portion of said under helmet hood which is designed to contact one or more areas selected from forehead, scalp, temples, nose, jaws, cheeks and cheekbones of said individual; characterized in that - the under helmet hood can be worn to cover also the neck of said individual, and each textile deformation sensor is placed in a portion of said under helmet hood which is designed to contact an area of the neck of said individual. - an under helmet hood made of a textile material, which can be worn to cover at least the head of an individual; - at least one textile pressure sensor and at least one textile deformation sensor incorporated in said under helmet hood and configured to contact the body surface of said individual, each pressure sensor being configured to detect a pressure value to thereby generate a first signal according to said detected pressure value, each deformation sensor being configured to detect a deformation value to thereby generate a second signal according to said detected deformation value; - a control unit in signal communication with said at least one textile pressure sensor and with said at least one textile deformation sensor for receiving said first signal and said second signal respectively, said control unit being configured to generate an alarm signal when the value of at least one of said first signal and said second signal exceeds a respective preset threshold value; - each textile pressure sensor is placed in a portion of said under helmet hood which is designed to contact one or more areas selected from forehead, scalp, temples, nose, jaws, cheeks and cheekbones of said individual; - the under helmet hood can be worn to cover also the neck of said individual, and each textile deformation sensor is placed in a portion of said under helmet hood which is designed to contact an area of the neck of said individual.
A stretchable semiconductor element comprising: a flexible plastic substrate having a supporting surface; and a semiconductor structure having a curved surface, wherein said semiconductor structure is a single crystalline inorganic semiconductor material, wherein said curved surface is bonded to said supporting surface at all points along said curved surface, wherein said curved surface has at least one convex region and at least one concave region, and wherein said semiconductor structure has a curved conformation under strain and said flexible plastic substrate is in an at least partially relaxed state. a flexible plastic substrate having a supporting surface; and a semiconductor structure having a curved surface, wherein said semiconductor structure is a single crystalline inorganic semiconductor material, wherein said curved surface is bonded to said supporting surface at all points along said curved surface, wherein said curved surface has at least one convex region and at least one concave region, and wherein said semiconductor structure has a curved conformation under strain and said flexible plastic substrate is in an at least partially relaxed state.
A pharmaceutical composition or a pharmaceutical kit of part comprising melatonin, bio-available curcumin, a calciferol derivative, and one or more compounds selected from the group consisting of an HMG-CoA reductase inhibitor, a proton pump inhibitor, metformin, phenformin, valproate, minocycline and chloroquine.
A catheter comprising: a shaft constituting a catheter main body; and a hub which is provided at a proximal end of the shaft and has a hub lumen that communicates with a lumen of the shaft , and a proximal opening portion , wherein the hub has a first tapered portion in which an inner diameter is reduced toward a distal direction from the proximal opening portion , a second tapered portion in which an inner diameter is reduced at a ratio greater than that of the first tapered portion from a distal end of the first tapered portion toward the distal direction, and a third tapered portion in which an inner diameter is reduced at a ratio smaller than that of the second tapered portion from a distal end of the second tapered portion toward the distal direction, wherein the length L2 along the direction of the axis (a) of the second tapered portion is set to be shorter than the length L1 along the axis (a) of the first tapered portion , the length L3 along the direction of the axis (a) of the third tapered portion is set to be longer than the length L2, characterized in that the inner shape of the second tapered portion on a longitudinal cross section of the hub has a portion which is curved so as to be raised toward the inside of the hub . a shaft constituting a catheter main body; and a hub which is provided at a proximal end of the shaft and has a hub lumen that communicates with a lumen of the shaft , and a proximal opening portion , wherein the hub has a first tapered portion in which an inner diameter is reduced toward a distal direction from the proximal opening portion , a second tapered portion in which an inner diameter is reduced at a ratio greater than that of the first tapered portion from a distal end of the first tapered portion toward the distal direction, and a third tapered portion in which an inner diameter is reduced at a ratio smaller than that of the second tapered portion from a distal end of the second tapered portion toward the distal direction, wherein the length L2 along the direction of the axis (a) of the second tapered portion is set to be shorter than the length L1 along the axis (a) of the first tapered portion , the length L3 along the direction of the axis (a) of the third tapered portion is set to be longer than the length L2, characterized in that the inner shape of the second tapered portion on a longitudinal cross section of the hub has a portion which is curved so as to be raised toward the inside of the hub .
An apparatus for reducing the humidity of a volume of gas, the apparatus comprising: a gas delivery conduit and comprising a first conducting portion and a second conducting portion ; at least one heat-conductive media comprising a first heat-conductive media positioned in-line within the first conducting portion portion of the gas delivery conduit and a second heat-conductive media positioned in-line within the second conducting portion of the gas delivery conduit ; and a cooler in contact with the first conducting portion and the second conducting portion of the gas delivery conduit to cool the first conducting portion and the second conducting portion of the gas delivery conduit and the first and second heat-conductive media. a gas delivery conduit and comprising a first conducting portion and a second conducting portion ; at least one heat-conductive media comprising a first heat-conductive media positioned in-line within the first conducting portion portion of the gas delivery conduit and a second heat-conductive media positioned in-line within the second conducting portion of the gas delivery conduit ; and a cooler in contact with the first conducting portion and the second conducting portion of the gas delivery conduit to cool the first conducting portion and the second conducting portion of the gas delivery conduit and the first and second heat-conductive media.