mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal management module, comprising an outer housing and a drive shaft arranged inside the outer housing , wherein the outer housing has a first inner chamber , a separator and a second inner chamber , which are arranged one after the other in the axial direction of the drive shaft , wherein the first and second inner chambers are separated by the separator which has a through hole for the passage of the drive shaft , the through hole has a first end opening facing the first inner chamber and a second end opening facing the second inner chamber , the one axial end of the drive shaft is extended into the first inner chamber via the first end opening , the other axial end of the drive shaft is extended via the second end opening into the second inner chamber and the second inner chamber receives a drive device which drives the drive shaft to rotate, and wherein a collecting chamber is arranged on the outer housing in order to collect coolant from the first inner chamber which escapes via the first end opening , characterised in that the collecting chamber has a collecting inlet which is open on the hole wall of the through hole and which is arranged between the first and the second end opening in the axial direction, wherein the outer housing has a first and a second housing which are arranged one after the other in the axial direction and are fixedly connected in a removable manner, wherein the first inner chamber is arranged on the first housing , the second inner chamber is arranged on the second housing and the separator comprises a first and a second end cover , which are arranged opposite one another in the axial direction and which enclose the collecting chamber , wherein the first end cover is arranged on the first housing and at the same time on one of the axial sides of the first inner chamber , the second end cover is arranged on the second housing and at the same time on one of the axial sides of the second inner chamber , the through hole is guided through the first and the second end cover , the first end opening is arranged on the first end cover and the second end opening is arranged on the second end cover .
A compound represented by Formula : or a salt or a hydrate thereof, wherein R represents a sugar chain of Formula or ; and glc represents glucose, and rha represents rhamnose.
A method comprising: setting up a call between a mobile virtual network operator MVNO customer endpoint and an additional endpoint; collecting and warehousing call metadata from the a MVNO customer endpoint and the additional endpoint; separating, using a switch controller within a mobile virtual network operator MVNO platform, call audio into one or more isolated audio portions; determining that consent is given, from one or more of the MVNO customer endpoint and the additional endpoint, for storing the one or more isolated audio portions; sending the one or more isolated audio portions to a customer relationship management CRM system when consent is given; and providing, to a third party, access to listen to the call and the ability to inject audio into at least one of the one or more isolated audio portions. setting up a call between a mobile virtual network operator MVNO customer endpoint and an additional endpoint; collecting and warehousing call metadata from the a MVNO customer endpoint and the additional endpoint; separating, using a switch controller within a mobile virtual network operator MVNO platform, call audio into one or more isolated audio portions; determining that consent is given, from one or more of the MVNO customer endpoint and the additional endpoint, for storing the one or more isolated audio portions; sending the one or more isolated audio portions to a customer relationship management CRM system when consent is given; and providing, to a third party, access to listen to the call and the ability to inject audio into at least one of the one or more isolated audio portions.
A process for coiling a collagen carrier, the collagen carrier comprising (i) a collagen sponge and (ii) a coating layer comprising fibrinogen and thrombin, said process comprising the sequential steps of: • humidifying at least part of said collagen carrier, • coiling said collagen carrier by gripping the collagen carrier between a pair of elongated members, and rotating the pair of elongated members about an axis being parallel to a longitudinal extension of the elongated members in order to coil the collagen carrier on the members, while the collagen carrier is supported by a support device, • drying the coiled collagen carrier, thereby providing a form-stable coiled collagen carrier. • humidifying at least part of said collagen carrier, • coiling said collagen carrier by gripping the collagen carrier between a pair of elongated members, and rotating the pair of elongated members about an axis being parallel to a longitudinal extension of the elongated members in order to coil the collagen carrier on the members, while the collagen carrier is supported by a support device, • drying the coiled collagen carrier, thereby providing a form-stable coiled collagen carrier.
A fluid filling nozzle for filling a container , the fluid filling nozzle having a longitudinal centerline and comprising: a body having a discharge end and an orifice at the discharge end , wherein the fluid filling nozzle is constructed to (i) receive a flow of a fluid for filling a container , (ii) eject the fluid from the orifice in the form of a stream into the container when the flow of the fluid is received, and wherein the fluid filling nozzle is characterized in that it is constructed to (iii) vibrate by means of an ultrasonic transducer in communication with said filling nozzle at a reference ultrasonic frequency and at a vibration amplitude when the flow of the fluid to the fluid filling nozzle is stopped, wherein the vibration amplitude is configured to break a fluid string of the fluid extending from the orifice at the discharge end of the fluid filling nozzle .
Assembly for fastening and arranging in the engine compartment of a motor vehicle, comprising: - an electrical energy power supply battery , - a horizontal battery support having an upper face on which the battery is fastened, characterized in that it comprises: - a raceway for electrical connection cables , fastened on a vertical side face of the battery support and which extends in a transverse direction; - a fuse-and-relay box connected electrically to the battery , fastened removably on an upper face of the raceway in a position in which same extends vertically facing a vertical side face of the battery . - an electrical energy power supply battery , - a horizontal battery support having an upper face on which the battery is fastened, - a raceway for electrical connection cables , fastened on a vertical side face of the battery support and which extends in a transverse direction; - a fuse-and-relay box connected electrically to the battery , fastened removably on an upper face of the raceway in a position in which same extends vertically facing a vertical side face of the battery .
A method for rolling wheel deflection measurement comprising, providing a rolling wheel to be moved along a measuring surface in a first direction , providing a frame extending essentially along said measuring surface in said first direction from at least said rolling wheel , providing at least four spaced apart laser range sensors , a first of said range sensors being arranged at a location corresponding to said rolling wheel , and the remainder being arranged as first, second and third preceding range sensors, respectively, in front of said first range sensor in said first direction , characterized in scanning in a first time interval while the rolling wheel is being moved along the measuring surface a number of lines on said measuring surface corresponding to the target area of each of said range sensors , so as to get a corresponding number of virtual images in which the pixel values represent distances, comparing and matching said virtual images using a data processing means, so as to identify corresponding regions, calculating a deflection value using matched pixel values of virtual images from said virtual images based on said identification of corresponding regions. providing a rolling wheel to be moved along a measuring surface in a first direction , providing a frame extending essentially along said measuring surface in said first direction from at least said rolling wheel , providing at least four spaced apart laser range sensors , a first of said range sensors being arranged at a location corresponding to said rolling wheel , and the remainder being arranged as first, second and third preceding range sensors, respectively, in front of said first range sensor in said first direction , characterized in scanning in a first time interval while the rolling wheel is being moved along the measuring surface a number of lines on said measuring surface corresponding to the target area of each of said range sensors , so as to get a corresponding number of virtual images in which the pixel values represent distances, comparing and matching said virtual images using a data processing means, so as to identify corresponding regions, calculating a deflection value using matched pixel values of virtual images from said virtual images based on said identification of corresponding regions.
Power tool , comprising - a brushless motor (M1) and - a power electronics system , wherein the power electronics system has at least one H-bridge circuit , via which the motor (M1) is supplied with power, - wherein at least one measuring resistor (R1) is arranged in a feed line of the H-bridge circuit , - wherein the power electronics system is configured to switch the H-bridge circuit crosswise, characterized in that the power tool is configured to measure an electrical parameter at the measuring resistor (R1) during at least one measuring window (W1, W2), wherein, when there are several measuring windows (W1, W2) within one switching period (TP) for the switching of the H-bridge circuit , the longest measuring window (W1, W2) is selected for measuring the electrical parameter and/or wherein, when the electrical parameter is measured several times during different measuring windows (W1, W2) within the switching period (TP), the measurement that originates from the longest measuring window (W1, W2) is used further. - a brushless motor (M1) and - a power electronics system , wherein the power electronics system has at least one H-bridge circuit , via which the motor (M1) is supplied with power, - wherein at least one measuring resistor (R1) is arranged in a feed line of the H-bridge circuit , - wherein the power electronics system is configured to switch the H-bridge circuit crosswise,
A polymer composition comprising: a) 99.5 to 95.0 wt%, relative to the total weight of the polymer composition, of a high density polyethylene (HDPE) with a density of 940 to 980 kg/m 3 measured according to ISO 1183, and an MFR 2 of 0.1 to 5.0 g/10min measured according to ISO 1133 at 190 °C and a load of 2.16 kg; b) 0.05 to 0.5 wt%, relative to the total weight of the polymer composition, of at least one amide slip agent; c) 0.1 to 3.0 wt%, relative to the total weight of the polymer composition, of a polysiloxane. a) 99.5 to 95.0 wt%, relative to the total weight of the polymer composition, of a high density polyethylene (HDPE) with a density of 940 to 980 kg/m 3 measured according to ISO 1183, and an MFR 2 of 0.1 to 5.0 g/10min measured according to ISO 1133 at 190 °C and a load of 2.16 kg; b) 0.05 to 0.5 wt%, relative to the total weight of the polymer composition, of at least one amide slip agent; c) 0.1 to 3.0 wt%, relative to the total weight of the polymer composition, of a polysiloxane.
A method for providing a highlight of a pay-per-view multimedia program to a user of a television system, the method comprising: obtaining at least one user preference for multimedia content; identifying a pay-per-view multimedia program that correlates to the at least one user preference; analyzing the incoming pay-per-view content by a receiver for embedded flags; recording , at the receiver, a segment of the identified pay-per-view multimedia program as a highlight of the identified pay-per-view multimedia program, wherein the recording is initiated by a first recording flag embedded in the pay-per-view content and terminated by a second recording flag embedded in the pay-per-view content or wherein the recording is initiated by a predefined recording timer start time and terminated by a predefined recording timer end time; and presenting the highlight to the user through the television system; wherein the operation of presenting is performed without requiring input from the user of the television system. obtaining at least one user preference for multimedia content; identifying a pay-per-view multimedia program that correlates to the at least one user preference; analyzing the incoming pay-per-view content by a receiver for embedded flags; recording , at the receiver, a segment of the identified pay-per-view multimedia program as a highlight of the identified pay-per-view multimedia program, wherein the recording is initiated by a first recording flag embedded in the pay-per-view content and terminated by a second recording flag embedded in the pay-per-view content or wherein the recording is initiated by a predefined recording timer start time and terminated by a predefined recording timer end time; and presenting the highlight to the user through the television system; wherein the operation of presenting is performed without requiring input from the user of the television system.
A device for wear protection of a collar tip (S) of a shirt collar, comprising: - a protective unit (SE) having a receiving compartment (AF) suitable for partially enclosing the collar tip (S); and - a fixing rocker (FW) which is partially pivotably mounted in a recess (A) in the protective unit (SE) and which narrows the receiving compartment (AF) in a lowered resting state and widens the receiving compartment (AF) for receiving the collar tip (S) in a raised state compared with the resting state, wherein a plastic is used which integrally forms the device in such a way that the fixing rocker is pivotable by being arranged with only thin webs on the protective unit within the recess in the protective unit. - a protective unit (SE) having a receiving compartment (AF) suitable for partially enclosing the collar tip (S); and - a fixing rocker (FW) which is partially pivotably mounted in a recess (A) in the protective unit (SE) and which narrows the receiving compartment (AF) in a lowered resting state and widens the receiving compartment (AF) for receiving the collar tip (S) in a raised state compared with the resting state, wherein a plastic is used which integrally forms the device in such a way that the fixing rocker is pivotable by being arranged with only thin webs on the protective unit within the recess in the protective unit.
A vehicle power supply device comprising: a plurality of batteries (11 to 14) that are mounted on a vehicle and supply electric power to a load unit (M); a switching unit that is configured to switch mutual connection among the batteries (11 to 14); and a controller that is configured to control the switching unit ; characterized in that the plurality of batteries (11 to 14) includes at least three batteries; when supplying electric power from the batteries (11 to 14) to the load unit (M), the controller (i) controls the switching unit , (ii) forms a backup battery (B3) that is at least one of the batteries that does not supply electric power to the load unit (M), (iii) forms a serial battery group for supplying electric power (B4) that has at least two of the remaining batteries, except for the backup battery (B3), connected in series, (iv) supplies electric power from the serial battery group for supplying electric power (B4) to the load unit (M); and (v) establishes an order for exchanging batteries between the backup battery (B3) and the serial battery group (B4); wherein each time the vehicle stops after charging of the plurality of batteries (11 to 14) is completed, the controller exchanges the battery (11 to 14) of the serial battery group (B4) that is next in the established order with a backup battery (B3); and when the exchange reaches the last battery (11 to 14) of the order, the controller restarts the exchange with the first battery (11 to 14) in the order. a plurality of batteries (11 to 14) that are mounted on a vehicle and supply electric power to a load unit (M); a switching unit that is configured to switch mutual connection among the batteries (11 to 14); and a controller that is configured to control the switching unit ; characterized in that the plurality of batteries (11 to 14) includes at least three batteries; when supplying electric power from the batteries (11 to 14) to the load unit (M), the controller (i) controls the switching unit , (ii) forms a backup battery (B3) that is at least one of the batteries that does not supply electric power to the load unit (M), (iii) forms a serial battery group for supplying electric power (B4) that has at least two of the remaining batteries, except for the backup battery (B3), connected in series, (iv) supplies electric power from the serial battery group for supplying electric power (B4) to the load unit (M); and (v) establishes an order for exchanging batteries between the backup battery (B3) and the serial battery group (B4); wherein each time the vehicle stops after charging of the plurality of batteries (11 to 14) is completed, the controller exchanges the battery (11 to 14) of the serial battery group (B4) that is next in the established order with a backup battery (B3); and when the exchange reaches the last battery (11 to 14) of the order, the controller restarts the exchange with the first battery (11 to 14) in the order.
A method for establishing multiple upper layer connections performed by a first wireless access network node comprising: establishing a control plane connection over a wireless link between a user equipment, UE , and the first wireless access network node ; establishing a plurality of upper layer connections over wireless links between the UE and a set of wireless access network nodes using signaling in the control plane connection comprising control messages received by the UE from the first wireless access network node instructing the UE to establish the plurality of upper layer connections with respective protocol stacks in the UE for communicating user plane data over wireless links between the UE and the set of wireless access network nodes, each said upper layer connection including an independent Medium Access Control, MAC, protocol layer and/or an independent protocol layer above the Medium Access Control, MAC, layer, wherein the set of wireless access network nodes includes at least a second wireless access network node and a third wireless access network node, and communicating user plane data over at least two of the plurality of the upper layer connections using at least two simultaneous physical layer connections, wherein packet data units of the user plane data communicated over the upper layer connections are distributed by a data distribution entity being part of a Packet Data Convergence Protocol, PDCP, layer in the first wireless access network node, and wherein the UE is configured to concurrently connect to the first wireless access network node and each of the set of wireless access network nodes. establishing a control plane connection over a wireless link between a user equipment, UE , and the first wireless access network node ; establishing a plurality of upper layer connections over wireless links between the UE and a set of wireless access network nodes using signaling in the control plane connection comprising control messages received by the UE from the first wireless access network node instructing the UE to establish the plurality of upper layer connections with respective protocol stacks in the UE for communicating user plane data over wireless links between the UE and the set of wireless access network nodes, each said upper layer connection including an independent Medium Access Control, MAC, protocol layer and/or an independent protocol layer above the Medium Access Control, MAC, layer, wherein the set of wireless access network nodes includes at least a second wireless access network node and a third wireless access network node, and communicating user plane data over at least two of the plurality of the upper layer connections using at least two simultaneous physical layer connections, wherein packet data units of the user plane data communicated over the upper layer connections are distributed by a data distribution entity being part of a Packet Data Convergence Protocol, PDCP, layer in the first wireless access network node, and wherein the UE is configured to concurrently connect to the first wireless access network node and each of the set of wireless access network nodes.
Use of a topical composition comprising a concentration of at least 90 mg extract/ml of solution but less than 300 mg/ml of a Rubus fruticosus leaf extract; and additionally comprising at least 1 weight percent of carbomer by weight of the composition, wherein the extract is produced by a method having the following steps: (a) addition to blackberry leaves of an extractant containing water and ethanol, wherein the extractant contains ethanol and water in a ratio of 2:8 to 8:2 by weight; and (b) extraction of the blackberry leaves with the extractant for up to 72 hours at an extraction temperature in the range of from 80°C to 100°C, for enhancing hair growth by applying to the scalp, the skin, the eyelashes, eyebrows, mustache region or beard region of a patient. (a) addition to blackberry leaves of an extractant containing water and ethanol, wherein the extractant contains ethanol and water in a ratio of 2:8 to 8:2 by weight; and (b) extraction of the blackberry leaves with the extractant for up to 72 hours at an extraction temperature in the range of from 80°C to 100°C,
Engine comprising a cylinder block , the cylinder block comprising a cooling circuit provided with a heat transfer fluid pump and an external duct of an outlet of a volute of the heat transfer fluid pump , characterized in that the heat transfer fluid pump is arranged in a recess defined in the cylinder block, the external duct is comprised on an external face of the cylinder block of the engine and has a first component capable of guiding the heat transfer fluid from said outlet to an inlet of an internal circuit for circulation of the heat transfer fluid, which circuit is defined in the cylinder block .