mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle seat with a sensor unit for seat occupancy detection, which is arranged on the underside facing away from the seat side of a foam cushion and, when the foam cushion is loaded, bears at least partially against the latter, wherein the sensor unit comprises a support structure at or on which at least one sensor element is arranged, the sensor unit having at least one fastening device which has at least one one-piece anchoring part which is assigned to the foam cushion and has a base part integrated in the foam cushion and at least one connecting part projecting from the foam cushion and has at least one connecting element assigned to the support structure , is arranged on the foam pad , wherein a respective connection between the connecting part of the anchoring part and the connecting element of the carrier structure is a connection which engages in one another in a force-locking and/or formlocking manner by means of a tongue-and-groove connection, characterized in that an arm continues on the connecting part of the fastening device and the arm has at its free edge at least one projection which engages in a corresponding recess or a corresponding through-hole in the connecting element and additionally locks the connecting element in a latching manner on the connecting part .
Actuator having an anti-backbend chain , a drive motor , and a worm with a helical groove which can be driven by the drive motor , whereby the anti-backbend chain has engagement means and is guided along the worm and is in engagement with the latter for driving the anti-backbend chain by means of the engagement means and the helical groove , characterized in that the core diameter (D K ) of the worm is greater than twice the distance of the motor axis (A M ) from the motor outer side along which the anti-backbend chain is guided, and wherein the anti-backbend chain is guided with the engagement means at least partially along the drive motor .
A charging gun , comprising: a cable having a surface ; an outer casing comprising a first case and a second case , wherein the first case is detachably assembled with the second case ; and a strain relief structure comprising a first portion and a second portion , wherein the first portion is detachably assembled with the second portion , the first portion is disposed on a first inner wall of the first case , and the second portion is disposed on a second inner wall of the second case ; wherein when the first case is assembled and connected with the second case , the first portion is assembled and connected with the second portion , the first portion covers on at least a part of the surface of the cable , the second portion covers on at least a part of the surface of the cable , and the strain relief structure is clamped between the cable and the outer casing , characterized in that : wherein a first inner surface of the first portion of the strain relief structure has a plurality of first protrusions , a second inner surface of the second portion has a plurality of second protrusions , when the first portion and the second portion are assembled with each other, the plurality of first protrusions are respectively assembled with the corresponding one of the second protrusions , and a plurality of first ring-shaped protrusions are formed thereto, wherein the plurality of first ring-shaped protrusions are detachably attached with the surface of the cable . a cable having a surface ; an outer casing comprising a first case and a second case , wherein the first case is detachably assembled with the second case ; and a strain relief structure comprising a first portion and a second portion , wherein the first portion is detachably assembled with the second portion , the first portion is disposed on a first inner wall of the first case , and the second portion is disposed on a second inner wall of the second case ; wherein when the first case is assembled and connected with the second case , the first portion is assembled and connected with the second portion , the first portion covers on at least a part of the surface of the cable , the second portion covers on at least a part of the surface of the cable , and the strain relief structure is clamped between the cable and the outer casing , characterized in that : wherein a first inner surface of the first portion of the strain relief structure has a plurality of first protrusions , a second inner surface of the second portion has a plurality of second protrusions , when the first portion and the second portion are assembled with each other, the plurality of first protrusions are respectively assembled with the corresponding one of the second protrusions , and a plurality of first ring-shaped protrusions are formed thereto, wherein the plurality of first ring-shaped protrusions are detachably attached with the surface of the cable .
Monitoring method of a variable speed wind turbine comprising control means for a pitch regulation tracking a power vs. generator speed curve in function of the wind speed expressed by a transfer function (TF) applied to the wind speed measured by a wind sensor placed in a location where the wind flow is disturbed, characterized in that it comprises the following steps: a) providing an optimum relationship function (F 1 ) between a wind speed dependant variable (V) and a wind turbine performance variable (P); b) measuring continuously said wind speed dependant variable (V) and said wind turbine performance variable (P) and obtaining a relationship function (F 2 ) between them; c) obtaining continuously a parameter (D) indicative of the differences between said relationship functions (F 1 , F 2 ); d) generating a warning message when the value of said parameter (D) is greater than a predetermined value. a) providing an optimum relationship function (F 1 ) between a wind speed dependant variable (V) and a wind turbine performance variable (P); b) measuring continuously said wind speed dependant variable (V) and said wind turbine performance variable (P) and obtaining a relationship function (F 2 ) between them; c) obtaining continuously a parameter (D) indicative of the differences between said relationship functions (F 1 , F 2 ); d) generating a warning message when the value of said parameter (D) is greater than a predetermined value.
Manual clamping system for guide rails consisting of at least two successively arranged clamping devices , wherein each clamping device comprises at least two clamping elements , each of which can be clamped against each other by means of an actuation shaft for clamping a single guide rail , wherein the ends facing each other of the actuation shafts are connected in a positive-locking or a non-positive-locking manner by means of a torsionally rigid interface .
Method for controlling an automatic gearshift of a vehicle, in particular of a two-wheeled vehicle, wherein it is provided that the transmission ratio of the gearshift of the vehicle is operated automatically in a mode which is efficient for propulsion, in accordance with at least one ambient parameter and/or operating parameter of the vehicle, wherein the presence of a security signal, which represents securing of the vehicle against unauthorized movement, is sensed , wherein the gearshift is operated in an inefficient mode in accordance with the presence of the security signal characterized in that the inefficient mode is brought about in the form of random actuation of a transmission ratio of the gearshift independently of the ambient parameters and/or operating parameters of the vehicle.
An enzyme having the following characteristics (a), (b) and (c): (a) the enzyme has an activity of reversible dehydrogenation of D-amino acids; (b) the enzyme is a hexamer of polypeptides having an amino acid sequence having 80% or greater identity to the amino acid sequence of SEQ ID NO: 2; (c) the enzyme is capable of utilizing both NADH and NADPH as coenzymes. (a) the enzyme has an activity of reversible dehydrogenation of D-amino acids; (b) the enzyme is a hexamer of polypeptides having an amino acid sequence having 80% or greater identity to the amino acid sequence of SEQ ID NO: 2; (c) the enzyme is capable of utilizing both NADH and NADPH as coenzymes.
A dehydration equipment in which a plurality of adsorption towers that alternately perform an adsorption process, in which water contained in gas is adsorbed, and a regeneration process, in which the adsorbed water is desorbed are provided in parallel in a gas supply line and a predetermined adsorption tower performs the adsorption process while the other adsorption tower performs the regeneration process, the dehydration equipment comprising: a heating unit that heats a portion of the gas dehydrated in the adsorption tower that is performing the adsorption process and supplies the gas to the adsorption tower that is performing the regeneration process; a cooling unit that cools the gas sent out from the adsorption tower that is performing the regeneration process; a gas-liquid separating unit that separates condensed water from the gas cooled by the cooling unit and returns the resulting gas after separating water therefrom to the adsorption tower; a preheating unit that performs heat exchange between the gas that has been sent out from the adsorption tower that is performing the regeneration process and will be supplied to the cooling unit and the gas that has been sent out from the adsorption tower that is performing the adsorption process and will be supplied to the heating unit; and a temperature detecting unit that detects a temperature of the gas supplied to the heating unit ; characterized in that the heating unit controls the degree of the heating of the gas according to the amount of heat exchange performed by the preheating unit , and the amount of the heat exchange is determined based on the temperature detected by the temperature detecting unit . a heating unit that heats a portion of the gas dehydrated in the adsorption tower that is performing the adsorption process and supplies the gas to the adsorption tower that is performing the regeneration process; a cooling unit that cools the gas sent out from the adsorption tower that is performing the regeneration process; a gas-liquid separating unit that separates condensed water from the gas cooled by the cooling unit and returns the resulting gas after separating water therefrom to the adsorption tower; a preheating unit that performs heat exchange between the gas that has been sent out from the adsorption tower that is performing the regeneration process and will be supplied to the cooling unit and the gas that has been sent out from the adsorption tower that is performing the adsorption process and will be supplied to the heating unit; and a temperature detecting unit that detects a temperature of the gas supplied to the heating unit ; characterized in that the heating unit controls the degree of the heating of the gas according to the amount of heat exchange performed by the preheating unit , and the amount of the heat exchange is determined based on the temperature detected by the temperature detecting unit .
Compression knitted fabric, in particular for tissue, nerve, muscle and fascia stimulation, comprising an elastic base knitted fabric which is knitted from at least one knitting thread (F) and a backing thread (H), and at least one elastic weft thread (S) inserted or knitted into the base knitted fabric , wherein at least one region is knitted into the base knitted fabric as a nub knitted fabric , which comprises at least one bar-shaped elevation , which is designed to cause stimulation of the body part of a user when the compression knitted fabric is applied to a body part, characterised in that the elevations in the nub knitted fabric are formed by floats of the knitting thread (F) and the backing thread (H), wherein the base knitted fabric comprises successive rows of stitches in the stitch direction in regions outside the nub knitted fabric , in which the knitting thread (F) forms stitches and the backing thread (H) alternately forms stitches and floats and/or the nub knitted fabric outside the bar-shaped elevations comprises rows of stitches in which the knitting thread (F) and the backing thread (H) are knitted together to form stitches in each stitch.
A radio transmitter circuit for transmitting signals within an uplink or sidelink frequency band of a cellular communications system, comprising a signal-generation circuit configured to generate a transmission signal to be transmitted; and a radio front-end circuit , connected to the signal-generation circuit at an input of the radio front-end circuit , for receiving the transmission signal, and configured to be connected to an antenna at an output of the radio front-end circuit and to transmit the transmission signal to a remote node via said antenna ; wherein the signal-generation circuit is configured to select a peak-to-average power ratio, PAPR, reduction distortion function (D1, D2) based on a location of an allocated radio frequency resource, within said uplink or sidelink frequency band, for the transmission signal; generate an intermediate transmission signal, based on information to be transmitted in the transmission signal; and generate the transmission signal by applying the PAPR reduction distortion function (D1, D2) to the intermediate transmission signal.
A piston arrangement comprising: a piston , a first chamber , a second chamber and a power transfer assembly; wherein the piston comprises a first head movable within the first chamber and a second head movable within the second chamber; wherein, in operation, the piston follows a linear path in reciprocating motion along a first axis ; wherein the power transfer assembly comprises a shaft rotatably coupled to a shuttle bearing and arranged to convert the reciprocating motion of the piston to rotary motion of the shaft; wherein the shuttle bearing moves relative to the piston in reciprocating motion along a second axis substantially transverse to the first axis; and characterised in that the shuttle bearing is coupled to the piston via a non-planar bearing surface thereby allowing rotation of the shuttle bearing.
Method for use in a system comprising a Mobility Management Entity, MME, an Evolved Packet Core, EPC, Gateway, GW, such as a Packet Data Network Gateway, P-GW, or a Serving gateway, S-GW, an Administration Function, ADMF, a Delivery Function 3, and a user entity, UE, acting as a UE-to-Network Relay, also denoted relay UE, for a remote User Entity, UE, the MME serving the relay UE, the method comprising - the relay UE starting to provide a proximity service to the remote UE as the UE-to-Network relay; - the relay UE transmitting in a report message an identity of the remote UE (IMSI_1) and Internet Protocol, IP, address information of the remote UE to the MME serving the Relay UE; - the MME notifying the GW in a message comprising the identity of the remote UE (IMSI_1) and Internet protocol, IP, address information of the remote UE - the GW following an intercept message from the ADMF comprising an identity of the remote UE, - extracting data from the remote UE using the IP address of the remote UE, - reporting all UE traffic to the Delivery Function 3 concerning the remote UE. - the relay UE starting to provide a proximity service to the remote UE as the UE-to-Network relay; - the relay UE transmitting in a report message an identity of the remote UE (IMSI_1) and Internet Protocol, IP, address information of the remote UE to the MME serving the Relay UE; - the MME notifying the GW in a message comprising the identity of the remote UE (IMSI_1) and Internet protocol, IP, address information of the remote UE - the GW following an intercept message from the ADMF comprising an identity of the remote UE, - extracting data from the remote UE using the IP address of the remote UE, - reporting all UE traffic to the Delivery Function 3 concerning the remote UE.
A lathe including: - a moving headstock designed to ensure the rotation and translation of a part to be machined in relation to an axis of translation and rotation, - a guide bush designed to be attached to a frame of the lathe and including * a bush spindle and * a gripper or a clamping mechanism , the guide bush being designed to operate either in bush mode or in grip mode, characterized in that - the guide bush is designed to be moveable axially in relation to the frame along said axis , - the lathe is designed to operate in a first mode in which the guide bush is driven axially by the moving headstock, and - the lathe is designed to operate in a second mode in which the axial position of the guide bush is static in relation to the frame. - a moving headstock designed to ensure the rotation and translation of a part to be machined in relation to an axis of translation and rotation, - a guide bush designed to be attached to a frame of the lathe and including * a bush spindle and * a gripper or a clamping mechanism , the guide bush being designed to operate either in bush mode or in grip mode, characterized in that * a bush spindle and * a gripper or a clamping mechanism , - the guide bush is designed to be moveable axially in relation to the frame along said axis , - the lathe is designed to operate in a first mode in which the guide bush is driven axially by the moving headstock, and - the lathe is designed to operate in a second mode in which the axial position of the guide bush is static in relation to the frame.
A method of routing test sample container carriers during periods of laboratory disruption in a laboratory system wherein the laboratory system comprises a plurality of laboratory devices , at least one buffer , a transportation system , and a laboratory middleware , the method comprising: determining, by the laboratory middleware , whether a laboratory device in the laboratory system is unavailable, wherein the unavailable laboratory device is a connection point between the transportation system and a target laboratory device ; masking a, by the laboratory middleware , the target laboratory device connected to the unavailable laboratory device so that test sample container carriers are not sent to the target laboratory device and test sample container carriers cannot be retrieved from the target laboratory device ; rerouting test sample container carriers originally routed to the target laboratory device before the unavailability of the laboratory device to a buffer located in the laboratory system ; calculating a new laboratory system workflow by the laboratory middleware after the unavailable laboratory device becomes available; unmasking, by the laboratory middleware , the target laboratory device after the new laboratory workflow is calculated; retrieving test sample container carriers with outstanding test requests that were in the target laboratory device while the target laboratory was masked from the target laboratory device for further processing; and retrieving the test sample container carriers from the buffer and sending those test sample container carriers to the target laboratory device . determining, by the laboratory middleware , whether a laboratory device in the laboratory system is unavailable, wherein the unavailable laboratory device is a connection point between the transportation system and a target laboratory device ; masking a, by the laboratory middleware , the target laboratory device connected to the unavailable laboratory device so that test sample container carriers are not sent to the target laboratory device and test sample container carriers cannot be retrieved from the target laboratory device ; rerouting test sample container carriers originally routed to the target laboratory device before the unavailability of the laboratory device to a buffer located in the laboratory system ; calculating a new laboratory system workflow by the laboratory middleware after the unavailable laboratory device becomes available; unmasking, by the laboratory middleware , the target laboratory device after the new laboratory workflow is calculated; retrieving test sample container carriers with outstanding test requests that were in the target laboratory device while the target laboratory was masked from the target laboratory device for further processing; and retrieving the test sample container carriers from the buffer and sending those test sample container carriers to the target laboratory device .
Lighting assembly for lighting and/or signalling in a motor vehicle, which includes a lighting module accommodating at least means for emitting and means for focusing one or more light beams, together with a mask a portion of which extends under said focusing means , a part of said mask being transparent to light, said transparent part being disposed on the mask in an area determined as being an area of contact of solar light rays reflected and focused onto said portion of the mask by said focusing means so that these light rays pass through the mask at the level of said transparent part , said mask being produced in a transparent or translucent base material, characterized in that said base material is combined with an additive making it possible to render said mask darker than in its original composition with no additive, the additive consisting at least in a thin thickness of a coating disposed on a first face of the mask , which face is opposite a second face of said mask that is exposed to said light rays , said transparent part being formed by the base material of the mask and an opening formed in said coating or said mask is obtained by injection moulding two polymer materials with different thermal properties, one of which forms said part transparent to said solar rays reflected and focused onto said mask by said focusing means and the other of which constitutes the rest of said mask .
Method for coating plastic containers , in particular PET bottles, with a SiOx coating, in which process a deposition of a SiOx layer is performed in the interior of the container under negative pressure and with the formation of a plasma, wherein the plastic container is cooled immediately before the coating by means of a container cooling installation which has a cooling gas device, characterized in that the cooling is performed within an enclosed cooling section and the cooling section is used as a transport section, wherein the cooling gas device includes a device for cooling a cooling gas and the cooling of the container is performed with the cooled cooling gas, wherein the container is cooled down to a temperature below 30 degrees Celsius.