mhurhangee/patent-ind-claim-en huggingface dataset:
Cooling apparatus having a semiconductor module and a heat sink for cooling the semiconductor module , wherein - the semiconductor module has a first and second cover face and a plurality of side faces , - the first cover face faces away from the second cover face , - a module space of the semiconductor module is formed between the cover faces , said module space being enclosed by the side faces , - the heat sink has a base body , - cooling elements are formed on a first face of the base body and said cooling elements project from the base body , - the semiconductor module is connected to the first face of the base body at the first cover face , - the semiconductor module is embedded between at least some of the cooling elements , - a cooling medium can flow around the cooling elements and the side faces of the semiconductor module in a flow direction along the base body and the cooling apparatus is characterised in that - at least a first and a second side face of the side faces of the semiconductor module form a common side edge and the common side edge of the first and second side face faces the flow direction . - the semiconductor module has a first and second cover face and a plurality of side faces , - the first cover face faces away from the second cover face , - a module space of the semiconductor module is formed between the cover faces , said module space being enclosed by the side faces , - the heat sink has a base body , - cooling elements are formed on a first face of the base body and said cooling elements project from the base body , - the semiconductor module is connected to the first face of the base body at the first cover face , - the semiconductor module is embedded between at least some of the cooling elements , - a cooling medium can flow around the cooling elements and the side faces of the semiconductor module in a flow direction along the base body and the cooling apparatus is characterised in that - at least a first and a second side face of the side faces of the semiconductor module form a common side edge and the common side edge of the first and second side face faces the flow direction .
Battery system for an electric vehicle, comprising a plurality of battery modules and a first heating device for directly heating a first group of battery modules , wherein each battery module has at least one battery cell , and wherein the first group of battery modules is spatially surrounded on at least two sides by in each case a further group of battery modules , and wherein the battery modules are spatially arranged in such a way that waste heat that arises during heating and/or during charging of the first group of battery modules is transferred to further groups of battery modules .
A computer-implemented method for controlling access to information stored in an information retention system, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: receiving, at the computing device, metadata associated with an object type of respective objects in a plurality of objects, wherein at least two of the respective objects are in different domains; determining, from the metadata, the respective object types of at least two objects in the plurality of objects; forming a hierarchy of the at least two objects based on relative features of the respective object types; and performing a security action comprising: receiving at least one access rule controlling access by at least one user to the at least two objects in the plurality of objects; and storing, in at least one storage device in the information retention system, the at least one access rule, the hierarchy of the objects, and the at least two objects in the plurality of objects. receiving, at the computing device, metadata associated with an object type of respective objects in a plurality of objects, wherein at least two of the respective objects are in different domains; determining, from the metadata, the respective object types of at least two objects in the plurality of objects; forming a hierarchy of the at least two objects based on relative features of the respective object types; and performing a security action comprising: receiving at least one access rule controlling access by at least one user to the at least two objects in the plurality of objects; and storing, in at least one storage device in the information retention system, the at least one access rule, the hierarchy of the objects, and the at least two objects in the plurality of objects. receiving at least one access rule controlling access by at least one user to the at least two objects in the plurality of objects; and storing, in at least one storage device in the information retention system, the at least one access rule, the hierarchy of the objects, and the at least two objects in the plurality of objects.
A loudspeaker array , comprising: a plurality of first transducers to emit sound into a listening area ; and a cabinet to house the first transducers , the cabinet forming a continuously open circumferential horn including a circular throat concentric with a circular mouth , wherein the continuously open circumferential horn flares outward from the circular throat to the circular mouth , wherein the plurality of first transducers are coupled to the cabinet in a ring formation around and at the circular throat, and wherein the plurality of first transducers include respective diaphragms having a front surface that faces outward from the circular mouth. a plurality of first transducers to emit sound into a listening area ; and a cabinet to house the first transducers , the cabinet forming a continuously open circumferential horn including a circular throat concentric with a circular mouth , wherein the continuously open circumferential horn flares outward from the circular throat to the circular mouth , wherein the plurality of first transducers are coupled to the cabinet in a ring formation around and at the circular throat, and wherein the plurality of first transducers include respective diaphragms having a front surface that faces outward from the circular mouth.
A filter unit for filtering microparticles from a feed liquid containing microparticles, the filter unit comprising: a filter chamber extending along an axis , and comprising opposing first end and second end walls and at least one sidewall extending therebetween, wherein both first and second end walls are coincident with the axis , a filter cage contained within the filter chamber and configured to rotate about the axis , the filter cage comprising one or more than one filter media for filtering microparticles from the feed liquid; an inlet configured to pass feed liquid through the first end wall into the filter chamber ; an outlet in the filter chamber for passage of filtered liquid out of the filter chamber ; a drive shaft configured to drive rotation of the filter cage , the drive shaft extending from the first end wall of the filter chamber to the filter cage ; wherein the second end wall is or comprises an opening therein and a removable lid , in a first configuration the opening is closed by the removable lid so that feed liquid cannot pass through the opening , in a second configuration the lid is removed from the opening so that filtered microparticles are extractable from the filter chamber through the opening ; and wherein the drive shaft comprises a mechanical connection to a drive means, and said drive means is an electric motor. a filter chamber extending along an axis , and comprising opposing first end and second end walls and at least one sidewall extending therebetween, wherein both first and second end walls are coincident with the axis , a filter cage contained within the filter chamber and configured to rotate about the axis , the filter cage comprising one or more than one filter media for filtering microparticles from the feed liquid; an inlet configured to pass feed liquid through the first end wall into the filter chamber ; an outlet in the filter chamber for passage of filtered liquid out of the filter chamber ; a drive shaft configured to drive rotation of the filter cage , the drive shaft extending from the first end wall of the filter chamber to the filter cage ; wherein the second end wall is or comprises an opening therein and a removable lid , in a first configuration the opening is closed by the removable lid so that feed liquid cannot pass through the opening , in a second configuration the lid is removed from the opening so that filtered microparticles are extractable from the filter chamber through the opening ; and wherein the drive shaft comprises a mechanical connection to a drive means, and said drive means is an electric motor.
Method for producing a mirror, in particular for a microlithographic projection exposure apparatus, wherein in a coating apparatus a mirror substrate is coated by a process of applying a predefined layer construction for achieving a predefined target layer thickness profile of the mirror, characterized in that the method comprises the following steps: a) virtually subdividing the predefined layer construction into at least two layer systems ; and b) coating the mirror substrate by applying the at least two layer systems in conjunction with predefining different individual target layer thickness profiles for said layer systems , wherein said individual target layer thickness profiles are chosen such that the respective deviations of the individual target layer thickness profiles from the predefined target layer thickness profile at least partly compensate for one another in terms of the contribution thereof to the wavefront effect of the mirror. a) virtually subdividing the predefined layer construction into at least two layer systems ; and b) coating the mirror substrate by applying the at least two layer systems in conjunction with predefining different individual target layer thickness profiles for said layer systems , wherein said individual target layer thickness profiles are chosen such that the respective deviations of the individual target layer thickness profiles from the predefined target layer thickness profile at least partly compensate for one another in terms of the contribution thereof to the wavefront effect of the mirror.
An insufflation system comprising: a surgical site access port comprising: a port surface ; a first trocar positionable through the port surface, the first trocar having a first instrument channel extending therethrough; and a second trocar positionable through the port surface , the second trocar having a second instrument channel extending therethrough; and a gas flow pressure conditioning apparatus for use with a pulsing insufflation pump, the apparatus comprising: an inlet fluid conduit configured to receive a flow of gas from the pulsing insufflation pump; an outlet fluid conduit configured to provide a flow of insufflation gas to the surgical site access port; ; and a reservoir fluidly coupled to the inlet fluid conduit and the outlet fluid conduit ; and characterized in that the inlet fluid conduit has a first inner diameter and the outlet fluid conduit has a second inner diameter larger than the first inner diameter, and in that the second trocar has an insufflation port . a surgical site access port comprising: a port surface ; a first trocar positionable through the port surface, the first trocar having a first instrument channel extending therethrough; and a second trocar positionable through the port surface , the second trocar having a second instrument channel extending therethrough; and a port surface ; a first trocar positionable through the port surface, the first trocar having a first instrument channel extending therethrough; and a second trocar positionable through the port surface , the second trocar having a second instrument channel extending therethrough; and a gas flow pressure conditioning apparatus for use with a pulsing insufflation pump, the apparatus comprising: an inlet fluid conduit configured to receive a flow of gas from the pulsing insufflation pump; an outlet fluid conduit configured to provide a flow of insufflation gas to the surgical site access port; ; and a reservoir fluidly coupled to the inlet fluid conduit and the outlet fluid conduit ; and an inlet fluid conduit configured to receive a flow of gas from the pulsing insufflation pump; an outlet fluid conduit configured to provide a flow of insufflation gas to the surgical site access port; ; and a reservoir fluidly coupled to the inlet fluid conduit and the outlet fluid conduit ; and characterized in that the inlet fluid conduit has a first inner diameter and the outlet fluid conduit has a second inner diameter larger than the first inner diameter, and in that the second trocar has an insufflation port .
A flange fastening assembly for minimizing fan blade out (FBO) effects in a gas turbine engine, comprising: a first flange comprising a fan case flange having a first hole therein; a second flange comprising a mounting case flange having a second hole disposed adjacent to the first flange; characterized in that the flange fastening assembly further comprises: a shoulder bolt disposed through the first hole and the second hole, the shoulder bolt comprising a head portion , a stem portion , and a thread portion , wherein the stem portion and the thread portion define a shoulder ; a bolt nut disposed on the thread portion; a first spacer disposed between the bolt nut and the first flange such that the first spacer overhangs the shoulder; and a second spacer disposed between the head portion and the second flange wherein a thickness and material of the first spacer and the second spacer is predetermined based on a maximum FBO force calculation associated with the gas turbine engine. a first flange comprising a fan case flange having a first hole therein; a second flange comprising a mounting case flange having a second hole disposed adjacent to the first flange; characterized in that the flange fastening assembly further comprises: a shoulder bolt disposed through the first hole and the second hole, the shoulder bolt comprising a head portion , a stem portion , and a thread portion , wherein the stem portion and the thread portion define a shoulder ; a bolt nut disposed on the thread portion; a first spacer disposed between the bolt nut and the first flange such that the first spacer overhangs the shoulder; and a second spacer disposed between the head portion and the second flange wherein a thickness and material of the first spacer and the second spacer is predetermined based on a maximum FBO force calculation associated with the gas turbine engine. a shoulder bolt disposed through the first hole and the second hole, the shoulder bolt comprising a head portion , a stem portion , and a thread portion , wherein the stem portion and the thread portion define a shoulder ; a bolt nut disposed on the thread portion; a first spacer disposed between the bolt nut and the first flange such that the first spacer overhangs the shoulder; and a second spacer disposed between the head portion and the second flange wherein a thickness and material of the first spacer and the second spacer is predetermined based on a maximum FBO force calculation associated with the gas turbine engine.
An integrated femoral bone alignment device arranged and configured to prepare a patient's unprepared femoral bone in a partial knee reconstruction surgery to receive a unicompartmental femoral implant, the device comprising: a top end , a bottom end , a front surface , a rear surface , a medial side surface , and a lateral side surface ; a femoral alignment drill guide extending from the rear surface to the front surface , the femoral alignment drill guide arranged and configured to form an alignment hole in a distal end of the patient's femoral bone to establish alignment of the unicompartmental femoral implant; a cutting slot extending from the rear surface to the front surface , the cutting slot being arranged and configured to receive a surgical cutting instrument for resecting a portion of the patient's unprepared femoral bone; one or more anatomical reference markers to establish alignment of the integrated femoral bone alignment device , and hence the unicompartmental femoral implant, relative to patient's unprepared femoral bone, wherein the one or more anatomical reference markers includes: a first anatomical reference marker extending along the top end of the device from the rear surface towards the front surface ; and a second anatomical reference marker extending along the front surface of the device from the top end to the bottom end . a top end , a bottom end , a front surface , a rear surface , a medial side surface , and a lateral side surface ; a femoral alignment drill guide extending from the rear surface to the front surface , the femoral alignment drill guide arranged and configured to form an alignment hole in a distal end of the patient's femoral bone to establish alignment of the unicompartmental femoral implant; a cutting slot extending from the rear surface to the front surface , the cutting slot being arranged and configured to receive a surgical cutting instrument for resecting a portion of the patient's unprepared femoral bone; one or more anatomical reference markers to establish alignment of the integrated femoral bone alignment device , and hence the unicompartmental femoral implant, relative to patient's unprepared femoral bone, wherein the one or more anatomical reference markers includes: a first anatomical reference marker extending along the top end of the device from the rear surface towards the front surface ; and a second anatomical reference marker extending along the front surface of the device from the top end to the bottom end . a first anatomical reference marker extending along the top end of the device from the rear surface towards the front surface ; and a second anatomical reference marker extending along the front surface of the device from the top end to the bottom end .
Air duct for installation in a vehicle for passenger transport, with a main duct for conducting air in a main direction and with a deflection apparatus which is connected to the main duct for deflecting air which flows in from the main duct in a feed direction which is different from the main direction, characterized in that the air duct has a plurality of prefabricated duct modules which are produced from a thermoplastic in a twin sheet method and have main duct sections , and the duct modules can be connected directly to one another in the main flow direction, the deflection device being integrated into the duct module in the case of each duct module and having an orifice piece which is attached laterally to a main duct section of the duct module.
A computer program comprising instructions which, when the program is executed by a computer, cause the computer to perform a process comprising: updating grouping information about grouping of data sets stored in a storage device , based on access information about access to the data sets and memory loading information about the data sets loaded and held in a memory according to access to the data sets; and updating data arrangement in the storage device according to the updating of the grouping information, wherein the updating grouping information includes updating the grouping information based on relationship information between data sets according to the access information, characterised in that : the updating grouping information includes updating, when a relation is detected between a first data set (X1) and a second data set (X3) which are held in the memory and belong to different groups, and a sum of a size of a first group (G1) to which the first data set (X1) belongs and a size of a second group (G2) to which the second data set (X3) belongs does not exceed a threshold value, the first and second groups to a third group (G4), which includes data sets (X1, X2, X3) belonging to the first and second groups; and in that the updating grouping information includes excluding, when allocation of storage area of the memory to one of the groups (Y3) is released, a third data set (Y3) which belongs to the group being released, according to access to the third data set (Y3) while the third data set (Y3) is held in the memory . updating grouping information about grouping of data sets stored in a storage device , based on access information about access to the data sets and memory loading information about the data sets loaded and held in a memory according to access to the data sets; and updating data arrangement in the storage device according to the updating of the grouping information, wherein the updating grouping information includes updating the grouping information based on relationship information between data sets according to the access information, the updating grouping information includes updating, when a relation is detected between a first data set (X1) and a second data set (X3) which are held in the memory and belong to different groups, and a sum of a size of a first group (G1) to which the first data set (X1) belongs and a size of a second group (G2) to which the second data set (X3) belongs does not exceed a threshold value, the first and second groups to a third group (G4), which includes data sets (X1, X2, X3) belonging to the first and second groups; and in that the updating grouping information includes excluding, when allocation of storage area of the memory to one of the groups (Y3) is released, a third data set (Y3) which belongs to the group being released, according to access to the third data set (Y3) while the third data set (Y3) is held in the memory .
An oven door for a microwave oven or a cooking oven with microwave heating functions, wherein: - the oven door comprises at least one door cover and at least one glass panel , - the door cover and the glass panel form an inner part of the oven door, - the door cover encloses the glass panel , characterised in that - the door cover and the glass panel are connected by a welded joint , - the welded joint is formed in an overlap area of the door cover and the glass panel , and - the welded joint forms an elongated path. - the oven door comprises at least one door cover and at least one glass panel , - the door cover and the glass panel form an inner part of the oven door, - the door cover encloses the glass panel , characterised in that - the door cover and the glass panel are connected by a welded joint , - the welded joint is formed in an overlap area of the door cover and the glass panel , and - the welded joint forms an elongated path.
An in vitro method for the diagnostic of low overall survival acute promyelocytic leukemia and/or of predicting and/or monitoring the response and/or the efficacy of a therapy for acute promyelocytic leukemia or to identify a subject to be treated with an inhibitor of HAT and/or an inhibitor of EZH2 comprising determining: a) the acetylation status in all of the following acetylation relevant regions: or b) the methylation status of all CpG methylation relevant regions of: in a biological sample obtained from the subject. a) the acetylation status in all of the following acetylation relevant regions: or b) the methylation status of all CpG methylation relevant regions of: in a biological sample obtained from the subject.