mhurhangee/patent-ind-claim-en huggingface dataset:
Seat rail system for an interior space of a vehicle, comprising: a seat rail having a plurality of attachment sockets arranged in a row along a longitudinal extension of the seat rail , wherein each attachment socket has an at least partly spheroid concave bearing surface , characterised in that two coupling openings are embedded in each concave bearing surfaceand that it further comprises an attachment stud having an at least partly spheroid or cylindroid convex bearing surface with a curvature corresponding to a curvature of the concave bearing surface of the attachment sockets , wherein a coupling pin is arranged on or in the convex bearing surface and configured to enter one of the attachment openings to couple the attachment stud to the seat rail ; and a locking pin configured to enter the respective other attachment opening through a through hole in the attachment stud and thereby lock the attachment stud to the seat rail . a seat rail having a plurality of attachment sockets arranged in a row along a longitudinal extension of the seat rail , wherein each attachment socket has an at least partly spheroid concave bearing surface , characterised in that two coupling openings are embedded in each concave bearing surfaceand that it further comprises an attachment stud having an at least partly spheroid or cylindroid convex bearing surface with a curvature corresponding to a curvature of the concave bearing surface of the attachment sockets , wherein a coupling pin is arranged on or in the convex bearing surface and configured to enter one of the attachment openings to couple the attachment stud to the seat rail ; and a locking pin configured to enter the respective other attachment opening through a through hole in the attachment stud and thereby lock the attachment stud to the seat rail .
Tool arrangement for receiving an optical tool in a park position in sections, having an optical tool and having a housing with an opening suitable for receiving the optical tool in sections in a housing interior ; with a housing discharge line connected to the housing in a fluid-conducting manner; and with a sealing collar arranged at the opening of the housing , characterized in that the sealing collar has a fluid-conducting line for adapting a variable filling volume of the sealing collar .
A doubling-up fitting comprising: - an expansion sleeve which has a sleeve base with a sleeve base opening and has at least one expansion tab which can be spread radially outward, characterized in that the doubling-up fitting further comprises: - an inner ring which is axially displaceable in the expansion sleeve towards the sleeve base in a tightening direction in order to spread the at least one expansion tab radially outward; - a threaded bolt with a screw thread and with a bolt head which engages behind the inner ring in the tightening direction ; and - a threaded part which has a widened head and can be screwed to the screw thread of the threaded bolt ; wherein the opening diameter (d1) of the sleeve base opening and the clear opening diameter (d2) of the inner ring are each greater than the bolt diameter (D) of the threaded bolt . - an expansion sleeve which has a sleeve base with a sleeve base opening and has at least one expansion tab which can be spread radially outward, characterized in that the doubling-up fitting further comprises: - an inner ring which is axially displaceable in the expansion sleeve towards the sleeve base in a tightening direction in order to spread the at least one expansion tab radially outward; - a threaded bolt with a screw thread and with a bolt head which engages behind the inner ring in the tightening direction ; and - a threaded part which has a widened head and can be screwed to the screw thread of the threaded bolt ; - an inner ring which is axially displaceable in the expansion sleeve towards the sleeve base in a tightening direction in order to spread the at least one expansion tab radially outward; - a threaded bolt with a screw thread and with a bolt head which engages behind the inner ring in the tightening direction ; and - a threaded part which has a widened head and can be screwed to the screw thread of the threaded bolt ; wherein the opening diameter (d1) of the sleeve base opening and the clear opening diameter (d2) of the inner ring are each greater than the bolt diameter (D) of the threaded bolt .
A liquid ejecting apparatus comprising: a head comprising a first nozzle group , a second nozzle group , and a third nozzle group each nozzle group comprising a plurality of nozzles disposed in a sub scanning direction (Y), and each being capable of ejecting a liquid onto a medium ; a main scanning unit configured to scan the head in a main scanning direction (X); a sub scanning unit configured to move the medium in the sub scanning direction (Y) intersecting the main scanning direction (X); and a control unit ; wherein when the liquid is ejected to form a plurality of raster lines (L1-L6) on the medium , the control unit is configured to maintain fixed values for each total value of a nozzle usage rate of the first nozzle group , total value of a nozzle usage rate of the second nozzle group , and total value of a nozzle usage rate of the third nozzle group , corresponding to the respective raster lines (L1-L6), characterized in that the nozzle usage rate of the first, second and third nozzle groups varies in accordance with a mask pattern (M1) in which the nozzle usage rate is set to decrease toward the nozzle at the most upstream side in the sub scanning direction (Y) of the respective nozzle group and the nozzle at the most downstream side in the sub-scanning direction (Y) of the respective nozzle group . a head comprising a first nozzle group , a second nozzle group , and a third nozzle group each nozzle group comprising a plurality of nozzles disposed in a sub scanning direction (Y), and each being capable of ejecting a liquid onto a medium ; a main scanning unit configured to scan the head in a main scanning direction (X); a sub scanning unit configured to move the medium in the sub scanning direction (Y) intersecting the main scanning direction (X); and a control unit ; wherein when the liquid is ejected to form a plurality of raster lines (L1-L6) on the medium , the control unit is configured to maintain fixed values for each total value of a nozzle usage rate of the first nozzle group , total value of a nozzle usage rate of the second nozzle group , and total value of a nozzle usage rate of the third nozzle group , corresponding to the respective raster lines (L1-L6), characterized in that the nozzle usage rate of the first, second and third nozzle groups varies in accordance with a mask pattern (M1) in which the nozzle usage rate is set to decrease toward the nozzle at the most upstream side in the sub scanning direction (Y) of the respective nozzle group and the nozzle at the most downstream side in the sub-scanning direction (Y) of the respective nozzle group .
A method of determining an infection type in a subject comprising measuring the expression of at least one RNA determinant in a sample of the subject, wherein said measuring is effected at an exon or plurality of exons whose expression level distinguishes between a bacterial and viral infection with a degree of accuracy above a predetermined level, thereby determining the infection type of the subject.
Cooling system for a motor vehicle having a cooling circuit , into which are integrated a coolant pump for conveying a liquid coolant in a defined conveying direction in the cooling circuit and a heat exchanger , wherein the coolant pump and the heat exchanger are connected to one another via coolant lines in order to form the cooling circuit , and wherein a first venting line branches off from the cooling circuit and leads to an equalizing tank , and a second venting line connects the heat exchanger to a portion of one of the coolant lines which is arranged upstream of the coolant pump , wherein the second venting line discharges into this portion, characterized in that this portion has a constant cross-sectional area of flow, and between this portion and the coolant pump is arranged exclusively one unbranching portion of the coolant line that likewise has this constant cross-sectional area of flow over the longitudinal course.
A method of manufacturing a brush, comprising: a first step of forming a base with a through-hole , wherein the base is formed such that it has, at a position away from both ends of the through-hole , a projection that projects from an inner wall face forming the through-hole ; and a second step of inserting, with an implanting needle, a curved brush bristle into the through-hole from one end of the through-hole and making a looped bristle protrude from another end of the through-hole . a first step of forming a base with a through-hole , wherein the base is formed such that it has, at a position away from both ends of the through-hole , a projection that projects from an inner wall face forming the through-hole ; and a second step of inserting, with an implanting needle, a curved brush bristle into the through-hole from one end of the through-hole and making a looped bristle protrude from another end of the through-hole .
A cable , comprising: a core comprising at least one optical fiber; and a jacket surrounding the core , the jacket comprising: a primary portion of a first material; and at least one discontinuity of a second material wholly embedded in the primary portion , the discontinuity extending along a length of the cable , wherein the first and second materials are extrudable, the first material being different from the second material, wherein the second material includes a select quantity of the first material to enhance bonding between the primary portion and the at least one discontinuity , wherein a height (B) of the discontinuity is at least four times greater than a maximum width (A) of the discontinuity , wherein the discontinuity and the primary portion allow the jacket to be separated at the discontinuity to provide access to the core . a core comprising at least one optical fiber; and a jacket surrounding the core , the jacket comprising: a primary portion of a first material; and at least one discontinuity of a second material wholly embedded in the primary portion , the discontinuity extending along a length of the cable , wherein the first and second materials are extrudable, the first material being different from the second material, wherein the second material includes a select quantity of the first material to enhance bonding between the primary portion and the at least one discontinuity , wherein a height (B) of the discontinuity is at least four times greater than a maximum width (A) of the discontinuity , wherein the discontinuity and the primary portion allow the jacket to be separated at the discontinuity to provide access to the core . a primary portion of a first material; and at least one discontinuity of a second material wholly embedded in the primary portion , the discontinuity extending along a length of the cable , wherein the first and second materials are extrudable, the first material being different from the second material, wherein the second material includes a select quantity of the first material to enhance bonding between the primary portion and the at least one discontinuity , wherein a height (B) of the discontinuity is at least four times greater than a maximum width (A) of the discontinuity , wherein the discontinuity and the primary portion allow the jacket to be separated at the discontinuity to provide access to the core .
A method for producing bis(aminomethyl)cyclohexane, comprising hydrogenating xylylenediamine in the presence of a solvent and a catalyst in a fixed-bed continuous flow type reactor, wherein the catalyst with decreased activity due to use is treated in said reactor in a catalyst regeneration treatment step comprising the following step and step , and then reused in a reaction system: step : maintaining an amount of bis(aminomethyl)cyclohexane in a liquid before the step at 20% by mass or less, step : heating the catalyst to 100 to 500°C and bringing the catalyst into contact with a hydrogen-containing gas. step : maintaining an amount of bis(aminomethyl)cyclohexane in a liquid before the step at 20% by mass or less, step : heating the catalyst to 100 to 500°C and bringing the catalyst into contact with a hydrogen-containing gas.
An MME, 'Mobility Management Entity', comprising: a transceiver circuit configured to: transmit, to a target eNodeB , an S1 Application Protocol, 'S1AP', handover request message which includes an S1-AP identity; and to receive, from the target eNodeB, an S1 handover request acknowledgement message, wherein the S1-AP identity uniquely identifies the UE over an S1 interface within the MME a transceiver circuit configured to: transmit, to a target eNodeB , an S1 Application Protocol, 'S1AP', handover request message which includes an S1-AP identity; and to receive, from the target eNodeB, an S1 handover request acknowledgement message, transmit, to a target eNodeB , an S1 Application Protocol, 'S1AP', handover request message which includes an S1-AP identity; and to receive, from the target eNodeB, an S1 handover request acknowledgement message, wherein the S1-AP identity uniquely identifies the UE over an S1 interface within the MME
A composition comprising GDF11 polypeptide or a nucleic acid encoding a GDF11 polypeptide for use in treating a skeletal muscle condition in a subject in need thereof, wherein the skeletal muscle condition is selected from cachexia, inflammatory myositis, neuromuscular disease, post-surgical muscle weakness, post-traumatic muscle weakness, and toxin exposure, or for use in increasing the frequency or number of skeletal muscle stem cells, increasing the efficiency of myogenic colony formation, increasing the percentage of intact nuclei, and decreasing the percentage of severely damaged DNA in a subject in need thereof having denervation or dystrophy.
Treatment space for animals, which comprises a therapy room for therapy treatment of one or several animals simultaneously, such as a horse to be fastened to a constraint box, a radiant heater apparatus and a salt therapy apparatus for salt room therapy to be performed in the therapy room by inhalation, which salt therapy apparatus includes a salt feeding arrangement for feeding of salt dust into the therapy room including a salt room generator, an airflow arrangement for circulating air in the therapy room by means of a blower arrangement (2b1), and a control apparatus with a user interface (2c1) comprising a control panel, for adjusting/maintaining circumstances in the therapy room as desired by means of a data processing unit (2c2) comprising one or more computers, programmable logics and/or microprocessors, characterized in that the airflow arrangement within the treatment space for animals comprises a feed air arrangement (2b;2b4) and an exhaust air arrangement (2b;2b2) for removing salty air from the therapy room , in connection with a control unit (3c4) being coupled with the data processing unit (2c2) and controlled by a therapy room monitoring arrangement (2c3), consisting at least of one or more salinity detectors.
A shared memory switch comprising: one or more input ports ; one or more output ports ; a memory controller ; and a shared buffer including a storage array comprising an array of cells configured to hold packets of data received from one or more sources through the one or more input ports and to be transmitted to one or more destinations through the one or more output ports, said array of cells configured to store a dynamically resizable retry buffer; wherein the memory controller is configured to allocate each cell in the storage array to a respective use case, the use cases including input buffering, output queuing, free cell allocation, and retry buffering; wherein each cell of the storage array allocated to the output queue is configured to store a packet of data received from the one or more sources in a queue to be transmitted to the one or more destinations using link level retry protocols; and wherein the memory controller is further configured to reallocate a first cell of the storage array allocated to the output queue to a retry buffer allocation after the shared memory switch transmits a packet of data from the first cell to one of the one or more destinations, and in response to the one destination not receiving the packet, the memory controller is further configured to resend the packet as a retransmit from the first cell having the retry buffer allocation. one or more input ports ; one or more output ports ; a memory controller ; and a shared buffer including a storage array comprising an array of cells configured to hold packets of data received from one or more sources through the one or more input ports and to be transmitted to one or more destinations through the one or more output ports, said array of cells configured to store a dynamically resizable retry buffer; wherein the memory controller is configured to allocate each cell in the storage array to a respective use case, the use cases including input buffering, output queuing, free cell allocation, and retry buffering; wherein each cell of the storage array allocated to the output queue is configured to store a packet of data received from the one or more sources in a queue to be transmitted to the one or more destinations using link level retry protocols; and wherein the memory controller is further configured to reallocate a first cell of the storage array allocated to the output queue to a retry buffer allocation after the shared memory switch transmits a packet of data from the first cell to one of the one or more destinations, and in response to the one destination not receiving the packet, the memory controller is further configured to resend the packet as a retransmit from the first cell having the retry buffer allocation.
An electronic device for generating an inhalable vapor, comprising a rechargeable power storage device housed within the electronic device for generating the inhalable vapor; a circuit for charging the rechargeable power storage device; and two device contacts that are accessible from an exterior surface of the electronic device for generating the inhalable vapor, wherein the two device contacts are in electrical communication with the rechargeable power storage device through the circuit; characterized in that the rechargeable power storage device is configured to be charged by the circuit, when the electronic device is placed in a charging cradle , wherein the two device contacts are reversible such that the electronic device is charged in the charging cradle for charging with a first contact on the electronic device in contact with a first charging contact on the charging cradle and a second contact on the electronic device in contact with a second charging contact on the charging cradle and with the first contact on the electronic device in contact with the second charging contact on the charging cradle and the second contact on the electronic device in contact with the first charging contact on the charging cradle. a rechargeable power storage device housed within the electronic device for generating the inhalable vapor; a circuit for charging the rechargeable power storage device; and two device contacts that are accessible from an exterior surface of the electronic device for generating the inhalable vapor, wherein the two device contacts are in electrical communication with the rechargeable power storage device through the circuit; characterized in that the rechargeable power storage device is configured to be charged by the circuit, when the electronic device is placed in a charging cradle , wherein the two device contacts are reversible such that the electronic device is charged in the charging cradle for charging with a first contact on the electronic device in contact with a first charging contact on the charging cradle and a second contact on the electronic device in contact with a second charging contact on the charging cradle and with the first contact on the electronic device in contact with the second charging contact on the charging cradle and the second contact on the electronic device in contact with the first charging contact on the charging cradle.
A medical system, comprising: a catheter configured to be inserted into a chamber of a heart, and including electrodes configured to capture electrical activity of tissue of the chamber over time; a display; and processing circuitry configured to: compute a propagation of a cardiac activation wave over an anatomical map of the chamber of the heart from a start time in a cardiac cycle to an end time in the cardiac cycle responsively to the captured electrical activity; characterised in that said processing circuitry is further configured to render to the display respective portions of the propagation of the cardiac activation wave over respective portions of the anatomical map as viewed from a virtual camera while manipulating the virtual camera to follow progression of the propagation of the cardiac activation wave over the anatomical map. a catheter configured to be inserted into a chamber of a heart, and including electrodes configured to capture electrical activity of tissue of the chamber over time; a display; and processing circuitry configured to: compute a propagation of a cardiac activation wave over an anatomical map of the chamber of the heart from a start time in a cardiac cycle to an end time in the cardiac cycle responsively to the captured electrical activity; characterised in that said processing circuitry is further configured to render to the display respective portions of the propagation of the cardiac activation wave over respective portions of the anatomical map as viewed from a virtual camera while manipulating the virtual camera to follow progression of the propagation of the cardiac activation wave over the anatomical map. compute a propagation of a cardiac activation wave over an anatomical map of the chamber of the heart from a start time in a cardiac cycle to an end time in the cardiac cycle responsively to the captured electrical activity; characterised in that said processing circuitry is further configured to render to the display respective portions of the propagation of the cardiac activation wave over respective portions of the anatomical map as viewed from a virtual camera while manipulating the virtual camera to follow progression of the propagation of the cardiac activation wave over the anatomical map.