mhurhangee/ep-ind-claims huggingface dataset:
Suit system for securing a person to a securing element, the suit system comprising: a suit which comprises an upper body region which is attachable at an upper body of the person wearing the suit, and a fixing mechanism formed at an inner side of the suit; a securing band which is fixed to the fixing mechanism, wherein the fixing mechanism is formed such that the securing band is fixed running at the inner side of the upper body region, such that the securing band can form a closed loop around the upper body of the person wearing the suit; and a coupling element which penetrates the suit in the upper body region, such that the suit at the penetration is fluid tight by the coupling element, wherein the coupling element on the one hand is coupled with the securing band and on the other hand is couplable with the securing element, such that a load bearing connection between the securing band and the securing element is established. a suit which comprises an upper body region which is attachable at an upper body of the person wearing the suit, and a fixing mechanism formed at an inner side of the suit; a securing band which is fixed to the fixing mechanism, wherein the fixing mechanism is formed such that the securing band is fixed running at the inner side of the upper body region, such that the securing band can form a closed loop around the upper body of the person wearing the suit; and a coupling element which penetrates the suit in the upper body region, such that the suit at the penetration is fluid tight by the coupling element, wherein the coupling element on the one hand is coupled with the securing band and on the other hand is couplable with the securing element, such that a load bearing connection between the securing band and the securing element is established.
A remote control tail cover component, comprising a remote control device, a control unit and a tail cover; wherein the control unit is arranged in the tail cover and is adapted to be connected with a power supply element and a light emitting element of a flashlight; wherein the control unit is adapted to be in wireless signal connection with a control element of said remote control device; wherein the remote control device comprises a remote control shell, and said control element and a remote control battery are arranged in the remote control shell; characterized in that the tail cover is provided with a second magnetic charging device which is adapted to be matched with a first magnetic charging device of said remote control device, and said remote control shell is provided with said first magnetic charging device which is adapted to be electrically connected to the remote control battery via the control element; the second magnetic charging device is adapted to be connected with the power supply element via the control unit; the second magnetic charging device is adapted to come in contact with the first magnetic charging device, wherein in response to the first magnetic charging device and the second magnetic charging device coming into contact with each other, through the first magnetic charging device and the second magnetic charging device, it is respectively implemented in different time intervals in a periodic way to charge the remote control battery by the power supply element and carry out data matching between the control unit and the control element; the second magnetic charging device comprises a second charging block, a second magnetic sheet and a second wedge contact; the second magnetic sheet is fixed at an end part of the second charging block; the second wedge contact is protruded on the second magnetic sheet and is adapted to be electrically connected to the control unit; the second wedge contact is adapted to a first wedge contact of a first charging block of said first magnetic charging device with said first wedge contact being adapted to be plugged in said second wedge contact; a first magnetic sheet is arranged at an end part of the first charging block of the first magnetic charging device and the first wedge contact is protruded on the first magnetic sheet and is adapted to be electrically connected to the control element; and in that in response to said fist wedge contact being plugged in said second wedge contact, the second magnetic sheet and the first magnetic sheet are attracted together magnetically to realize data matching between the control unit and the control element.
Arrangement with eyeglasses as a carrying device for carrying on the head of a user and with a dosimeter device comprising a carrier part (10, 40, 40', 50, 70, 90, 130), which includes a closed casing (11, 41, 41', 51, 71) formed of fixedly interconnected walls, which enclose a measuring element for detecting ionizing radiation, wherein the arrangement comprises fastening means (5, 5', 12, 20, 20', 30, 42, 52, 60, 72, 80, 100, 110, 120, 136, 137) for the detachable fastening of the carrier part to the eyeglasses, wherein the fastening means are configured for defining the location of the fastening of the carrier part on the inside of the eyeglasses on a lateral shield.
A computer implemented method, comprising the steps of providing a user interface to a computer terminal; providing a welding machine interface to a welding machine (22; 31) which is equipped with a set of sensors having a power supply sensor (221; 311) configured to sense a power supplied by the welding machine (22; 31) to set a connector to an object in runtime; obtaining a threshold performance metric data signal representing threshold product performance metric predefined via the user interface; obtaining a power supply data signal from the welding machine (22; 31) via the welding machine interface, which power supply data signal represents the sensed power supplied by the welding machine (22; 31) to set the connector to the object; applying a machine learning model to the power represented by the obtained power supply data signal such that the machine learning model calculates a model product performance metric, wherein the machine learning model is specifically pre-trained with training power sensed by the power supply sensor (221; 311) of the set of sensors of the welding machine (22; 31) and measured product performance metric; comparing the calculated model product performance metric to the threshold product performance metric represented by the threshold performance metric data signal; and generating a non-consistency data signal when the calculated product performance metric does not comply with the threshold product performance metric. providing a user interface to a computer terminal; providing a welding machine interface to a welding machine (22; 31) which is equipped with a set of sensors having a power supply sensor (221; 311) configured to sense a power supplied by the welding machine (22; 31) to set a connector to an object in runtime; obtaining a threshold performance metric data signal representing threshold product performance metric predefined via the user interface; obtaining a power supply data signal from the welding machine (22; 31) via the welding machine interface, which power supply data signal represents the sensed power supplied by the welding machine (22; 31) to set the connector to the object; applying a machine learning model to the power represented by the obtained power supply data signal such that the machine learning model calculates a model product performance metric, wherein the machine learning model is specifically pre-trained with training power sensed by the power supply sensor (221; 311) of the set of sensors of the welding machine (22; 31) and measured product performance metric; comparing the calculated model product performance metric to the threshold product performance metric represented by the threshold performance metric data signal; and generating a non-consistency data signal when the calculated product performance metric does not comply with the threshold product performance metric.
A joining part (1, 1', 54, 71) for a heater (29, 44, 84) for conveying a heating fluid, wherein the joining part (1, 1', 54, 71) has a. a housing with a first connection fitting (4, 58), a second connection fitting (5, 57), and at least one joining fitting (3, 49, 86), which are connected to one another fluidically through the housing, b. a blocking element (2, 68, 21, 73), which is inserted into the joining part (1, 1', 54, 71) with a longitudinal axis coaxial to the at least one joining fitting (3, 49, 86), so that the blocking element (2, 68, 21, 73) can flow through the joining fitting (3, 49, 86), and c. wherein the blocking element (2, 68, 21, 73) is either a flow element (2, 68), which interacts by means of a first seal element with a first seal seat of the joining part (1, 54) in such a manner that the flow element (2, 68) blocks a first flow connection between the first connection fitting (4, 58) and the joining fitting (3, 49, 86), d. or the blocking element (2, 68, 21, 73) is a return element (21, 73), which interacts by means of a second seal element with a second seal seat of the joining part (1', 71) in such a manner that the return element (21, 73) blocks a second flow connection between the second connection fitting (5, 57) and the joining fitting (3, 49, 86), characterized in that the flow element (2, 68) and the return element (21, 73) are different parts, and in that the joining part (1, 1', 54, 71) has both the first flow connection and the first seal seat for the first seal element of the flow element (2, 68) and the second flow connection and the second seal seat for the second seal element of the return element (21, 73), and the first seal element and the second seal element seal around the longitudinal axis independently of an angular position of the blocking element (2, 68, 21, 73). a. a housing with a first connection fitting (4, 58), a second connection fitting (5, 57), and at least one joining fitting (3, 49, 86), which are connected to one another fluidically through the housing, b. a blocking element (2, 68, 21, 73), which is inserted into the joining part (1, 1', 54, 71) with a longitudinal axis coaxial to the at least one joining fitting (3, 49, 86), so that the blocking element (2, 68, 21, 73) can flow through the joining fitting (3, 49, 86), and c. wherein the blocking element (2, 68, 21, 73) is either a flow element (2, 68), which interacts by means of a first seal element with a first seal seat of the joining part (1, 54) in such a manner that the flow element (2, 68) blocks a first flow connection between the first connection fitting (4, 58) and the joining fitting (3, 49, 86), d. or the blocking element (2, 68, 21, 73) is a return element (21, 73), which interacts by means of a second seal element with a second seal seat of the joining part (1', 71) in such a manner that the return element (21, 73) blocks a second flow connection between the second connection fitting (5, 57) and the joining fitting (3, 49, 86),
Method for preparing an alkali metal salt of a 4-hydroxy-2-oxo-2,5-dihydrofuran-3-carboxylic ester of the formula comprising the following steps: step (i): reacting a malonic ester of the general formula with an alcoholic alkali metal hydroxide solution to give the corresponding malonic ester mono-alkali metal salt of the formula step (ii): reacting the malonic ester monoalkali metal salt of the formula from step (i) with a chloroacetic ester of the formula in the presence of at least one phase transfer catalyst to give a compound of the formula wherein the phase transfer catalyst is an organic ammonium or phosphonium salt, step (iii): reacting the compound of the formula by addition of an alkali metal alkoxide of the general formula M'OR 3 in a ring closure reaction as a result of which the alkali metal salt of 4-hydroxy-2-oxo-2,5-dihydrofuran-3-carboxylic ester of the formula is produced, where in the above-mentioned general formulae to R 1, R 2 and R 3 are each independently C 1 -C 12 -alkyl; M and M' are each independently an alkali metal in the corresponding oxidation state. step (i): reacting a malonic ester of the general formula with an alcoholic alkali metal hydroxide solution to give the corresponding malonic ester mono-alkali metal salt of the formula step (ii): reacting the malonic ester monoalkali metal salt of the formula from step (i) with a chloroacetic ester of the formula in the presence of at least one phase transfer catalyst to give a compound of the formula wherein the phase transfer catalyst is an organic ammonium or phosphonium salt, step (iii): reacting the compound of the formula by addition of an alkali metal alkoxide of the general formula M'OR 3 in a ring closure reaction as a result of which the alkali metal salt of 4-hydroxy-2-oxo-2,5-dihydrofuran-3-carboxylic ester of the formula is produced, where in the above-mentioned general formulae to R 1, R 2 and R 3 are each independently C 1 -C 12 -alkyl; M and M' are each independently an alkali metal in the corresponding oxidation state. R 1, R 2 and R 3 are each independently C 1 -C 12 -alkyl; M and M' are each independently an alkali metal in the corresponding oxidation state.
A stoma-creating apparatus for creating a stoma in a subject the apparatus comprising first and second members (6, 4), and dilation means provided on the first and/or second member (6, 4), the dilation means comprising a body section from which extends a blade comprising a groove, which extends in a substantially parallel direction with the respect to the elongate axis of the blade, and distal ends of the blades are bevelled to a tip, wherein, in use, upon respective movement of the first and second members (6, 4), the stoma-creating apparatus is arranged to move between a first closed configuration in which the dilation means are substantially closed, and the blades are brought together, such that adjacent tips meet to form a pointed end to further ease insertion into the subject and the grooves on adjacent blades collectively create a channel in which a guide wire can be accommodated, and a second open configuration in which the dilation means are substantially dilated, thereby creating a stoma in the subject, characterised in that the apparatus comprises at least three dilation means.
A cooling device for an electrophotographic image forming apparatus, the cooling device comprising: a cooling member including a circulation passage for liquid coolant, and a cooling surface, wherein a portion of the cooling surface is directly or indirectly made to contact with a recording material being conveyed to cool the recording material; and the circulation passage including multiple passage sections arranged crossing to a conveying direction of the recording material, and a folded passage section to guide the liquid coolant from one of the multiple passage sections to another one of the multiple passage sections while changing a flowing direction of the liquid coolant, wherein the whole of the folded passage section is disposed in an area of the cooling surface, characterised in that the folded passage section is disposed outside of an image forming area of the recording material on the cooling surface of the cooling member. a cooling member including a circulation passage for liquid coolant, and a cooling surface, wherein a portion of the cooling surface is directly or indirectly made to contact with a recording material being conveyed to cool the recording material; and the circulation passage including multiple passage sections arranged crossing to a conveying direction of the recording material, and a folded passage section to guide the liquid coolant from one of the multiple passage sections to another one of the multiple passage sections while changing a flowing direction of the liquid coolant, wherein the whole of the folded passage section is disposed in an area of the cooling surface, characterised in that the folded passage section is disposed outside of an image forming area of the recording material on the cooling surface of the cooling member.
A method implemented by a wireless transmit/receive unit, WTRU, the method comprising: the WTRU receiving a discontinuous reception, DRX, configuration in a radio resource control, RRC, message, the DRX configuration comprising a first DRX cycle length, a second DRX cycle length, and a value for a WTRU timer used to trigger a transition of DRX cycle length, wherein the second DRX cycle length is an integer power of two multiple of the first DRX cycle length; the WTRU operating using the second DRX cycle length; the WTRU receiving a trigger; the WTRU operating using the first DRX cycle length based on receiving the trigger; the WTRU starting the WTRU timer upon beginning DRX operation using the first DRX cycle length; the WTRU determining that the WTRU timer has expired; and the WTRU transitioning from the first DRX cycle length to the second DRX cycle length in response to the WTRU determining that the WTRU timer has expired. the WTRU receiving a discontinuous reception, DRX, configuration in a radio resource control, RRC, message, the DRX configuration comprising a first DRX cycle length, a second DRX cycle length, and a value for a WTRU timer used to trigger a transition of DRX cycle length, wherein the second DRX cycle length is an integer power of two multiple of the first DRX cycle length; the WTRU operating using the second DRX cycle length; the WTRU receiving a trigger; the WTRU operating using the first DRX cycle length based on receiving the trigger; the WTRU starting the WTRU timer upon beginning DRX operation using the first DRX cycle length; the WTRU determining that the WTRU timer has expired; and the WTRU transitioning from the first DRX cycle length to the second DRX cycle length in response to the WTRU determining that the WTRU timer has expired.
A warp knitted fabric which is a biocompatible implantable mesh for use in reconstructing tissue, the warp knitted fabric comprising: a first knitted portion formed of a first knitting sequence in a lengthwise direction, the first knitted portion having a width; a second knitted portion formed of a second knitting sequence in the lengthwise direction, the second knitted portion comprising at least two strips extending in the lengthwise direction, the at least two strips being detached from one another along their lengthwise edges such that the fabric has slits or holes between the strips and that run the length (L") of the strips, which is approximately or nearly the length of the second knitted portion; wherein the second knitted portion has the same width as the first knitted portion; and wherein the first knitted portion and the second knitted portion alternate sequentially in the lengthwise direction and are formed of a set of continuous biocompatible textile strands; characterised in that the strands are not cut at the juncture between the knitted portions (21, 22) where the warp knit fabric changes from having a unitary width to forming two or more strips. a first knitted portion formed of a first knitting sequence in a lengthwise direction, the first knitted portion having a width; a second knitted portion formed of a second knitting sequence in the lengthwise direction, the second knitted portion comprising at least two strips extending in the lengthwise direction, the at least two strips being detached from one another along their lengthwise edges such that the fabric has slits or holes between the strips and that run the length (L") of the strips, which is approximately or nearly the length of the second knitted portion; wherein the second knitted portion has the same width as the first knitted portion; and wherein the first knitted portion and the second knitted portion alternate sequentially in the lengthwise direction and are formed of a set of continuous biocompatible textile strands; characterised in that the strands are not cut at the juncture between the knitted portions (21, 22) where the warp knit fabric changes from having a unitary width to forming two or more strips.
A washing system for washing multiple fabric items including one or more sensitive fabric items in a washing machine with a detergent composition comprising 5-99.9% surfactant characterised in that the washing system comprises an in situ hydrogen peroxide generating system; a pH regulating device; a tag communicating device which reads a laundering instruction contained in an electronic tag attached to any sensitive fabric item; a controller in communication with the tag communicating device to control the laundry machine to adjust the hydrogen peroxide generation system according to bleach and/or pH sensitivity of the fabric item. an in situ hydrogen peroxide generating system; a pH regulating device; a tag communicating device which reads a laundering instruction contained in an electronic tag attached to any sensitive fabric item; a controller in communication with the tag communicating device to control the laundry machine to adjust the hydrogen peroxide generation system according to bleach and/or pH sensitivity of the fabric item.
A method comprising: computing, by a computing device, for a segment routing policy that specifies a bandwidth constraint for the segment routing policy, first shortest paths through a network of network nodes, wherein each shortest path of the first shortest paths represents a different sequence of links connecting pairs of the network nodes from a source to a destination; in response to determining, by the computing device based on the bandwidth constraint for the segment routing policy, a link of one of the first shortest paths has insufficient bandwidth to meet a required bandwidth for the link, increasing a metric of the link; computing, by the computing device, for the segment routing policy that specifies the bandwidth constraint for the segment routing policy, based on the increased metric of the link, second shortest paths through the network of network nodes; and provisioning the second shortest paths in the network of nodes. computing, by a computing device, for a segment routing policy that specifies a bandwidth constraint for the segment routing policy, first shortest paths through a network of network nodes, wherein each shortest path of the first shortest paths represents a different sequence of links connecting pairs of the network nodes from a source to a destination; in response to determining, by the computing device based on the bandwidth constraint for the segment routing policy, a link of one of the first shortest paths has insufficient bandwidth to meet a required bandwidth for the link, increasing a metric of the link; computing, by the computing device, for the segment routing policy that specifies the bandwidth constraint for the segment routing policy, based on the increased metric of the link, second shortest paths through the network of network nodes; and provisioning the second shortest paths in the network of nodes.
A substrate marking apparatus, suitable for marking a substrate which includes material susceptible to changing colour upon irradiation, the apparatus comprising: a radiation source operable to produce radiation at two or more distinct wavelengths; and means for controlling emission of radiation from the radiation source so as to controllably irradiate selected areas of the substrate with desired quantities of radiation from the radiation source so as to mark said substrate in a desired manner wherein the radiation source is operable to emit; near infrared or infrared radiation to activate the substrate for colour change; ultraviolet radiation to effect a colour change of the substrate; and near infrared NIR or infrared IR radiation to effect a further colour change of the substrate.