mhurhangee/patent-ind-claim-en huggingface dataset:
A plate-and-shell heat exchanger comprising a stack of plate pairs positioned in a shell , where the stack of plate pairs comprises a plurality of plate pairs of a first type and a plurality of plate pairs of a second type , wherein: - each plate pair of the first type comprises two heat transfer plates being connected to each other and forming a cavity there between, and comprising a first inlet opening and a first outlet opening (13'a), and - each plate pair of the second type comprises two heat transfer plates being connected to each other and forming a cavity there between, and comprising a second inlet opening and a second outlet opening (13'b), wherein the first inlet openings and the first outlet openings (13'a) of the plate pairs of the first type are connected to each other so as to form first inner flow paths through the first inlet openings , the cavities of the plate pairs of the first type and the first outlets (13'a), wherein the second inlet openings and the second outlet openings (13'b) of the plate pairs of the second type are connected to each other so as to form second inner flow paths through the second inlet openings , the cavities of the plate pairs of the second type and the second outlets (13'b), and wherein a third outer flow path is defined within the shell and between plate pairs of the first type and plate pairs of the second type , characterized in that the plate pairs of the first type and the plate pairs of the second type are arranged alternatingly in the stack of plate pairs . - each plate pair of the first type comprises two heat transfer plates being connected to each other and forming a cavity there between, and comprising a first inlet opening and a first outlet opening (13'a), and - each plate pair of the second type comprises two heat transfer plates being connected to each other and forming a cavity there between, and comprising a second inlet opening and a second outlet opening (13'b), wherein the first inlet openings and the first outlet openings (13'a) of the plate pairs of the first type are connected to each other so as to form first inner flow paths through the first inlet openings , the cavities of the plate pairs of the first type and the first outlets (13'a), wherein the second inlet openings and the second outlet openings (13'b) of the plate pairs of the second type are connected to each other so as to form second inner flow paths through the second inlet openings , the cavities of the plate pairs of the second type and the second outlets (13'b), and wherein a third outer flow path is defined within the shell and between plate pairs of the first type and plate pairs of the second type , characterized in that the plate pairs of the first type and the plate pairs of the second type are arranged alternatingly in the stack of plate pairs .
Gripper for a container transport system, having - two gripper arms (2a, b) that can pivot towards one another, - a rotatable control unit pivoting the gripper arms (2a, b), wherein - the control unit is arranged between the gripper arms (2a, b), and - at least one spring element for preloading the two gripper arms (2a, b) apart from each another, characterised in that - at least two control rollers (5a, b) are arranged at the control unit such as to be able to pivot and/or rotate about a central control axis , and - at least one inner control surface (7a, b) is formed at each of the gripper arms (2a, b), and wherein in order to pivot the gripper arms (2a, b), the at least two control rollers (5a, b) are guided by means of the control unit such as to slide and/or roll in each case on a control surface (7a, b), and in this situation, under the force of the at least one spring element closing the gripper arms (2a, b), move the two gripper arms (2a, b) so as to open or close, wherein the inner control surface (7a, b) of the gripper arms (2a, b) is configured in each case as a cambered and/or angled surface in such a way that the control roller (5a, b) of the rotating control unit sliding and/or rolling on it has the effect of causing a uniform pivoting of the gripper arm (2a, b), in particular an equiangular symmetrical pivoting, between an opened and a closed position. - two gripper arms (2a, b) that can pivot towards one another, - a rotatable control unit pivoting the gripper arms (2a, b), - the control unit is arranged between the gripper arms (2a, b), and - at least one spring element for preloading the two gripper arms (2a, b) apart from each another, characterised in that - at least two control rollers (5a, b) are arranged at the control unit such as to be able to pivot and/or rotate about a central control axis , and - at least one inner control surface (7a, b) is formed at each of the gripper arms (2a, b), and wherein
A road crossing method for a mobile robot , the method comprising: the mobile robot approaching a road crossing; a data processing unit - estimating a location and time of collision with at least one dynamic object on the road crossing; - generating a time to collision (TTC) map based on the estimated locations and times of collision with the at least one dynamic object ; - generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object ; wherein the step of generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object comprises finding on the TTC map a road crossing plan ; wherein finding on the TTC map a road crossing plan comprises finding on the TTC map a safe road crossing plan , wherein a safe road crossing plan is a road crossing plan with a minimum or zero or less than a threshold likelihood of collision; wherein finding on the TTC map a road crossing plan comprises finding on the TTC map a minimum-cost and safe road crossing plan , wherein the cost of a road crossing plan is proportional to the time required and/or distance traveled to perform the road crossing according to the road crossing plan . the mobile robot approaching a road crossing; a data processing unit - estimating a location and time of collision with at least one dynamic object on the road crossing; - generating a time to collision (TTC) map based on the estimated locations and times of collision with the at least one dynamic object ; - generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object ; - estimating a location and time of collision with at least one dynamic object on the road crossing; - generating a time to collision (TTC) map based on the estimated locations and times of collision with the at least one dynamic object ; - generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object ; wherein the step of generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object comprises finding on the TTC map a road crossing plan ; wherein finding on the TTC map a road crossing plan comprises finding on the TTC map a safe road crossing plan , wherein a safe road crossing plan is a road crossing plan with a minimum or zero or less than a threshold likelihood of collision; wherein finding on the TTC map a road crossing plan comprises finding on the TTC map a minimum-cost and safe road crossing plan , wherein the cost of a road crossing plan is proportional to the time required and/or distance traveled to perform the road crossing according to the road crossing plan .
A method for cooling a telecommunication device, wherein cooling capacity is provided by natural cooling capacity as well as forced cooling capacity which is adjustable, the method comprising: - estimating a thermal state of the telecommunication device; and - if the cooling capacity mismatches the thermal state, making an adjustment to the forced cooling capacity, wherein the thermal state is represented by a temperature measured inside the telecommunication device, and the cooling capacity is deemed to mismatch the thermal state if the temperature exceeds a first threshold above which the telecommunication device is not permitted to operate or shall reduce its load, wherein if the cooling capacity is deemed to mismatch the thermal state and if the temperature exceeds the first threshold, the adjustment is made by activating or increasing the forced cooling capacity; wherein the method further comprises, determining whether the forced cooling capacity is operating at its peak load and if the cooling capacity is not sufficient to match the thermal state then sending a warning to the telecommunication device that no more cooling capacity is available. - estimating a thermal state of the telecommunication device; and - if the cooling capacity mismatches the thermal state, making an adjustment to the forced cooling capacity,
A method for filling a thermoplastic container , comprising a mouth , with a gasified liquid-having a pressure P, said method using a filling unit and comprising the steps of: - Positioning the container under a filling head of the filling unit , the filling head comprising a product filling valve ; - Establishing fluid tight connection between the filling head and the mouth of the container ; - Delivering a first volume of a first product (FL) in the container, said first volume being less than 10% of the maximum defined volume of the container, wherein during the delivery of the first volume of the first product (FL), the container is at atmospheric pressure; - Pressurizing the container with a pressurized gas (G) at a pressure similar to the pressure (P) of the gasified liquid to be filled, the pressure at which the container is pressurized being between 2 and 6 bars, using at least one pressurization valve , after a resident time, defined as the time between delivering of the first volume of the first product (FL) in the container and pressurizing the container , of between 0.1 and 5 s; - Filling the container under pressurized condition until its maximum defined volume with the gasified liquid (PL), using the product filling valve ; - Depressurizing the container using a venting valve ; - Separating the container from the filling head ; the resulting gasified liquid in the container being a mixture of the first product (FL) and of the gasified liquid (PL). - Positioning the container under a filling head of the filling unit , the filling head comprising a product filling valve ; - Establishing fluid tight connection between the filling head and the mouth of the container ; - Delivering a first volume of a first product (FL) in the container, said first volume being less than 10% of the maximum defined volume of the container, wherein during the delivery of the first volume of the first product (FL), the container is at atmospheric pressure; - Pressurizing the container with a pressurized gas (G) at a pressure similar to the pressure (P) of the gasified liquid to be filled, the pressure at which the container is pressurized being between 2 and 6 bars, using at least one pressurization valve , after a resident time, defined as the time between delivering of the first volume of the first product (FL) in the container and pressurizing the container , of between 0.1 and 5 s; - Filling the container under pressurized condition until its maximum defined volume with the gasified liquid (PL), using the product filling valve ; - Depressurizing the container using a venting valve ; - Separating the container from the filling head ; the resulting gasified liquid in the container being a mixture of the first product (FL) and of the gasified liquid (PL).
Push bar for a tube rail cart, whereby the push bar is intended for pushing forward or pulling backward the tube rail cart by a user using their hip or hand whereby the push bar consists of two parts, namely a mounting part that can be rigidly connected to the tube rail cart and a contact part that is connected to the mounting part by means of a spring-loaded element , whereby the mounting part and the contact part are at least partially formed by hollow profiles , whereby the spring-loaded element under the influence of a force exercised by the user on the push bar , bends or elastically deforms from a free and unloaded resting position whereby no force is exercised on the push bar , to maximum an end position, whereby in said end position an end stop prevents the at least one spring-loaded element from bending or elastically deforming further and whereby the exercised force can be transferred to the tube rail cart without elastic effect, characterised in that the spring-loaded element comprises a spring and a stop element , whereby a first end of the stop element is slid into the hollow profile of the mounting part and a second end is slid into the hollow profile of the contact part , whereby the spring is mounted around the stop element , all this such that a first end of the spring presses against a free end of the hollow profile of the mounting part and a second end of the spring presses against a free end of the hollow profile of the contact part .
Suction roller structure to pneumatically transport sheets into an interfolding unit (U) comprising a suction source comprising an inner cavity of an inner hollow cylinder , an external roller provided with longitudinal rows of bores angularly spaced and selectively communicating with said suction source during the angular rotation of the roller with respect to the cylinder , a distribution of intermediate suction chambers that communicate and are associated with corresponding longitudinal rows of bores, characterized in that it comprises a longitudinal distribution of cylindrical sleeves keyed onto the aspirated hollow cylinder and provided with an outer surface and at least one radial opening communicating with the cavity a longitudinal distribution of feelers mounted internally to the outer roller in a position corresponding to respective sleeves and provided with a radial bore communicating externally with a corresponding intermediate chamber and also provided, at the inner end, with an opening capable of sealingly slide on the cylindrical surface of a respective sleeve such that during the rotation of the roller the opening alternately passes from a suction position when in correspondence of said radial opening to a non-suction position when in correspondence of a continuous portion of said outer surface . a suction source comprising an inner cavity of an inner hollow cylinder , an external roller provided with longitudinal rows of bores angularly spaced and selectively communicating with said suction source during the angular rotation of the roller with respect to the cylinder , a distribution of intermediate suction chambers that communicate and are associated with corresponding longitudinal rows of bores, a longitudinal distribution of cylindrical sleeves keyed onto the aspirated hollow cylinder and provided with an outer surface and at least one radial opening communicating with the cavity a longitudinal distribution of feelers mounted internally to the outer roller in a position corresponding to respective sleeves and provided with a radial bore communicating externally with a corresponding intermediate chamber and also provided, at the inner end, with an opening capable of sealingly slide on the cylindrical surface of a respective sleeve such that during the rotation of the roller the opening alternately passes from a suction position when in correspondence of said radial opening to a non-suction position when in correspondence of a continuous portion of said outer surface .
A device for fastening a transom above a door opening (12.1, 12.2, 12.3, 14) belonging to a lift installation or beneath the door opening (12.1, 12.2, 12.3, 14) belonging to the lift installation , comprising - a longitudinal element (26.1, 26.2) which can be arranged along an upper side or lower side of the door opening (12.1, 12.2, 12.3, 14), - two fastening elements (22.1, 22.2) for fixing the longitudinal element (26.1, 26.2) above or below the door opening (12.1, 12.2, 12.3, 14), said fastening elements being able to be fixed to the longitudinal element (26.1, 26.2), wherein at least one of the fastening elements (22.1, 22.2) is arranged as displaceable on the longitudinal element (26.1, 26.2), characterised by further comprising - a holding element (24.1, 24.2) displaceable along the longitudinal element (26.1, 26.2), wherein the transom can be fixed to the holding element (24.1, 24.2). - a longitudinal element (26.1, 26.2) which can be arranged along an upper side or lower side of the door opening (12.1, 12.2, 12.3, 14), - two fastening elements (22.1, 22.2) for fixing the longitudinal element (26.1, 26.2) above or below the door opening (12.1, 12.2, 12.3, 14), said fastening elements being able to be fixed to the longitudinal element (26.1, 26.2), wherein at least one of the fastening elements (22.1, 22.2) is arranged as displaceable on the longitudinal element (26.1, 26.2), characterised by further comprising - a holding element (24.1, 24.2) displaceable along the longitudinal element (26.1, 26.2), wherein the transom can be fixed to the holding element (24.1, 24.2).
Method of operating a medical device and secure control system comprising a medical device and a medical device controller , the medical device controller comprising a communications module including at least a short range wireless communications capability for communication with one or a plurality of consumer electronic devices including any one of a smartphone, a personal computer, a smartwatch and a computer tablet, wherein each of the medical device and the medical device controller comprises a memory storing one or a plurality of journals for exchange of journal entries between the medical device controller and the medical device , and between said medical device controller and said one or a plurality of consumer electronic devices, the at least one journal stored in the medical device controller , the consumer electronic device , and the medical device , said at least one journal comprising past instructions exchanged between the medical device controller and the consumer electronic device and between the medical device controller and the medical device , constituting a journal entries history, the method comprising: a) receiving in the medical device controller pairing parameters from a consumer electronic device ; b) comparing in the medical device controller these pairing parameters with pairing parameters stored in the memory of the medical device controller during a pairing operation; c) receiving in the medical device controller a journal entries history of said consumer electronic device in case of a successful pairing operation; d) comparing in the medical device controller the journal entries history received from said consumer electronic device with the journal entries history stored in the memory of the medical device controller ; e) validating a session between said consumer electronic device and the medical device controller for data exchange if the journal entries history of said consumer electronic device matches the journal entries history of the medical device controller. a) receiving in the medical device controller pairing parameters from a consumer electronic device ; b) comparing in the medical device controller these pairing parameters with pairing parameters stored in the memory of the medical device controller during a pairing operation; c) receiving in the medical device controller a journal entries history of said consumer electronic device in case of a successful pairing operation; d) comparing in the medical device controller the journal entries history received from said consumer electronic device with the journal entries history stored in the memory of the medical device controller ; e) validating a session between said consumer electronic device and the medical device controller for data exchange if the journal entries history of said consumer electronic device matches the journal entries history of the medical device controller.
A method of manufacturing a composite gas turbine outer air seal ; comprising: providing a substrate ; securing a thermal barrier to said substrate ; and including: forming the thermal barrier from a ceramic precursor including a slurry with a ceramic powder and agglomerates of nano-sized ceramic particles suspended in a solvent, the ceramic powder particles comprising at least one of yttria stabilized zirconia, zirconia, hafnia, gadolinia, molybdenum disilicide, alumina, or mullite; and sintering the agglomerates of nano-sized ceramic particles to shrink the agglomerates at a sintering temperature to produce intra-particle pores between the ceramic powder particles and to densify the ceramic powder particles around the intra-particle pores to form a ceramic matrix with a plurality of closed pores encased within the ceramic matrix ; wherein the plurality of closed pores comprise about 20 vol% to 80 vol% of the thermal barrier . providing a substrate ; securing a thermal barrier to said substrate ; and including: forming the thermal barrier from a ceramic precursor including a slurry with a ceramic powder and agglomerates of nano-sized ceramic particles suspended in a solvent, the ceramic powder particles comprising at least one of yttria stabilized zirconia, zirconia, hafnia, gadolinia, molybdenum disilicide, alumina, or mullite; and sintering the agglomerates of nano-sized ceramic particles to shrink the agglomerates at a sintering temperature to produce intra-particle pores between the ceramic powder particles and to densify the ceramic powder particles around the intra-particle pores to form a ceramic matrix with a plurality of closed pores encased within the ceramic matrix ; forming the thermal barrier from a ceramic precursor including a slurry with a ceramic powder and agglomerates of nano-sized ceramic particles suspended in a solvent, the ceramic powder particles comprising at least one of yttria stabilized zirconia, zirconia, hafnia, gadolinia, molybdenum disilicide, alumina, or mullite; and sintering the agglomerates of nano-sized ceramic particles to shrink the agglomerates at a sintering temperature to produce intra-particle pores between the ceramic powder particles and to densify the ceramic powder particles around the intra-particle pores to form a ceramic matrix with a plurality of closed pores encased within the ceramic matrix ; wherein the plurality of closed pores comprise about 20 vol% to 80 vol% of the thermal barrier .