mhurhangee/patent-ind-claim-en huggingface dataset:
An ostomy collection and drainage system comprising: an ostomy pouch having an outer wall defining an internal collection area; an inlet opening formed in the outer wall in fluid communication with the internal collection area; an outlet body connected to the outer wall and having an outlet opening extending therethrough in fluid communication with the internal collection area, the outlet body having one of a latch and a catch ; a closure configured for removable coupling to the outlet body; and an adapter configured for removable coupling to the outlet body, the adapter having an adapter opening extending therethrough and the other of the latch and the catch, wherein the adapter and the closure are interchangeably coupled to the outlet body such that in a first condition the adapter is coupled to the outlet body by way of engagement of the catch and the latch, and in a second condition the closure is coupled to the outlet body, characterised in that the catch and the latch are engaged in a rotational direction in an interference fit and form a mechanical interlock to restrict movement in an axial direction of the adapter relative to the outlet body. an ostomy pouch having an outer wall defining an internal collection area; an inlet opening formed in the outer wall in fluid communication with the internal collection area; an outlet body connected to the outer wall and having an outlet opening extending therethrough in fluid communication with the internal collection area, the outlet body having one of a latch and a catch ; a closure configured for removable coupling to the outlet body; and an adapter configured for removable coupling to the outlet body, the adapter having an adapter opening extending therethrough and the other of the latch and the catch, wherein the adapter and the closure are interchangeably coupled to the outlet body such that in a first condition the adapter is coupled to the outlet body by way of engagement of the catch and the latch, and in a second condition the closure is coupled to the outlet body, characterised in that the catch and the latch are engaged in a rotational direction in an interference fit and form a mechanical interlock to restrict movement in an axial direction of the adapter relative to the outlet body.
A method of screening for a colorectal neoplasm in a sample obtained from a subject, the method comprising: 1) assaying a methylation state of a marker in a sample obtained from a subject; and 2) identifying the subject as having a neoplasm when the methylation state of the marker comprises an increased methylation relative to the normal methylation state of that marker, wherein the marker comprises a base in a differentially methylated region (DMR) and wherein the DMR is PPP2R5C. 1) assaying a methylation state of a marker in a sample obtained from a subject; and 2) identifying the subject as having a neoplasm when the methylation state of the marker comprises an increased methylation relative to the normal methylation state of that marker,
A ceramic wallflow filter for filtering particulate matter (PM) from exhaust gas emitted from a compression ignition engine, which filter comprising a porous substrate having inlet surfaces and outlet surfaces, wherein the inlet surfaces are separated from the outlet surfaces by a porous structure containing pores of a first mean pore size, wherein the pores at a surface of the porous structure comprise pore openings, wherein the porous substrate is coated on the inlet surfaces, the outlet surfaces or both the inlet and outlet surfaces thereof with a washcoat comprising a plurality of solid particles comprising a molecular sieve promoted with at least one transition metal such that the washcoat causes a narrowing of substantially all the surface pore openings, wherein the washcoat does not substantially cover the surface pores of the porous structure and wherein the washcoat does not permeate the porous structure, wherein the porous structure of the washcoated porous substrate contains pores of a second mean pore size, wherein the second mean pore size is less than the first mean pore size .
A steering column for a motor vehicle, comprising a support unit which is attachable to a vehicle body and by which an actuator unit in which a steering spindle is mounted so as to be rotatable about a longitudinal axis (L) is held, and comprising an adjustment drive which is disposed between the support unit and the actuator unit and by which the actuator unit is adjustable relative to the support unit , wherein the adjustment drive has a threaded spindle which engages in a spindle nut and has a spindle axis (G), and the spindle nut and the threaded spindle are drivable by a servomotor so as to rotate in a mutually relative manner, wherein the servomotor has a motor shaft which is coupled to a drive gear which is rotatable about a drive axis (M) and which operatively engages directly or indirectly with an output gear which is rotatable about the spindle axis (G) and is connected in a rotationally fixed manner to the spindle nut or the threaded spindle , wherein the drive axis (M) and the spindle axis (G) are disposed so as to be substantially mutually parallel, and an idler gear which is rotatable about an idler axis (Z) that is disposed so as to be substantially parallel to the drive axis (M) and/or the spindle axis (G) is disposed in the operative engagement between the drive gear and the output gear , characterized in that the idler axis (Z) is mounted so as to be displaceable transversely to the axis direction of the drive axis (M) and the spindle axis (G). the drive axis (M) and the spindle axis (G) are disposed so as to be substantially mutually parallel, and an idler gear which is rotatable about an idler axis (Z) that is disposed so as to be substantially parallel to the drive axis (M) and/or the spindle axis (G) is disposed in the operative engagement between the drive gear and the output gear , characterized in that the idler axis (Z) is mounted so as to be displaceable transversely to the axis direction of the drive axis (M) and the spindle axis (G).
A method of providing multi-beam coverage of a Region of Interest (ROI) in a multi-beam satellite communication system, wherein a non-uniform traffic demand density is defined over said Region of Interest, comprising: - partitioning said Region of Interest into N>1 non-overlapping cells (V 1 - V 10 , V i ) by an iterative algorithm comprising the steps of: a. defining a set of N generator points (p 1 - p 10 , p i ) distributed over said Region of Interest; b. determining a set of N Voronoi cells for said generator points, partitioning said Region of Interest; c. determining an integrated traffic demand for each of said Voronoi cells; and d. iteratively adjusting the positions of said generator points so as to make the integrated traffic demand associated to said Voronoi cells substantially uniform; and - generating N satellite beams (B 1 - B 70 , B i ), each of said satellite beams providing coverage of a respective cell. - partitioning said Region of Interest into N>1 non-overlapping cells (V 1 - V 10 , V i ) by an iterative algorithm comprising the steps of: a. defining a set of N generator points (p 1 - p 10 , p i ) distributed over said Region of Interest; b. determining a set of N Voronoi cells for said generator points, partitioning said Region of Interest; c. determining an integrated traffic demand for each of said Voronoi cells; and d. iteratively adjusting the positions of said generator points so as to make the integrated traffic demand associated to said Voronoi cells substantially uniform; and a. defining a set of N generator points (p 1 - p 10 , p i ) distributed over said Region of Interest; b. determining a set of N Voronoi cells for said generator points, partitioning said Region of Interest; c. determining an integrated traffic demand for each of said Voronoi cells; and d. iteratively adjusting the positions of said generator points so as to make the integrated traffic demand associated to said Voronoi cells substantially uniform; and - generating N satellite beams (B 1 - B 70 , B i ), each of said satellite beams providing coverage of a respective cell.
An electronic device on a network side, comprising processing circuitry configured to: divide a service region of the electronic device into a plurality of timing advance group TAG regions and allocate, based on location information, one or more user equipments in each of the TAG regions to a same TAG; transmit, to the user equipment, identification information of the TAG allocated to the user equipment; and transmit timing advance TA information to the user equipment, wherein the TA information comprises identification information of the TAG allocated for the user equipment and a TA value corresponding to the TAG allocated for the user equipment to enable the user equipment to use the TA value corresponding to the TAG allocated for the user equipment as a TA value between the user equipment and the electronic device; and wherein the electronic device is characterised by the processing circuitry being further configured to: configure different radio network temporary identifiers RNTIs for each of the TAGs in the service region of the electronic device; and scramble the TA information using a RNTI corresponding to the TAG allocated for the user equipment. divide a service region of the electronic device into a plurality of timing advance group TAG regions and allocate, based on location information, one or more user equipments in each of the TAG regions to a same TAG; transmit, to the user equipment, identification information of the TAG allocated to the user equipment; and transmit timing advance TA information to the user equipment, wherein the TA information comprises identification information of the TAG allocated for the user equipment and a TA value corresponding to the TAG allocated for the user equipment to enable the user equipment to use the TA value corresponding to the TAG allocated for the user equipment as a TA value between the user equipment and the electronic device; and wherein the electronic device is characterised by the processing circuitry being further configured to: configure different radio network temporary identifiers RNTIs for each of the TAGs in the service region of the electronic device; and scramble the TA information using a RNTI corresponding to the TAG allocated for the user equipment. configure different radio network temporary identifiers RNTIs for each of the TAGs in the service region of the electronic device; and scramble the TA information using a RNTI corresponding to the TAG allocated for the user equipment.
A method for configuring a smart device to control functional operations of a first appliance being added to a system having the smart device and a second appliance , comprising: receiving by the second appliance from a third appliance via a first communication channel between the second appliance and the third appliance data that was previously provided to the third appliance by the first appliance via a second communication channel between the first appliance and the third appliance ; using the data received by the second appliance to identify a set of commands appropriate for use in controlling functional operations of the first appliance ; and causing the set of commands appropriate for use in controlling functional operations of the first appliance to be provisioned to the smart device whereupon the smart device will be configured to control functional operations of the first appliance via a transmission of one or more commands from the set of commands to the first appliance . receiving by the second appliance from a third appliance via a first communication channel between the second appliance and the third appliance data that was previously provided to the third appliance by the first appliance via a second communication channel between the first appliance and the third appliance ; using the data received by the second appliance to identify a set of commands appropriate for use in controlling functional operations of the first appliance ; and causing the set of commands appropriate for use in controlling functional operations of the first appliance to be provisioned to the smart device whereupon the smart device will be configured to control functional operations of the first appliance via a transmission of one or more commands from the set of commands to the first appliance .
A Bump Cap to be worn under a hat, comprising: a rigid skull shaped shell having a right side portion , a left side portion , a crown portion , a visor portion and a rear flap portion ; a vent located in the right side portion ; a vent located in the left side portion ; a vent located in the crown portion ; a flexible joint located between the visor portion and the left side portion ; a flexible joint located between the visor portion and the right side portion ; a flexible joint located between the right side portion and the rear flap portion ; a flexible joint located between the left side portion and the rear flap portion ; characterized by a horizontal trim groove , to allow for removal of a portion of the shell, located on a lower perimeter of the left side portion ; and, a horizontal trim groove located on a lower perimeter of the right side portion , and, wherein a vertical dimension of the shell maybe adjusted by removing a portion of the shell at the horizontal trim grooves . a rigid skull shaped shell having a right side portion , a left side portion , a crown portion , a visor portion and a rear flap portion ; a vent located in the right side portion ; a vent located in the left side portion ; a vent located in the crown portion ; a flexible joint located between the visor portion and the left side portion ; a flexible joint located between the visor portion and the right side portion ; a flexible joint located between the right side portion and the rear flap portion ; a flexible joint located between the left side portion and the rear flap portion ; characterized by a horizontal trim groove , to allow for removal of a portion of the shell, located on a lower perimeter of the left side portion ; and, a horizontal trim groove located on a lower perimeter of the right side portion , and, wherein a vertical dimension of the shell maybe adjusted by removing a portion of the shell at the horizontal trim grooves .
A volume measurement system for a blood component separation device comprising: a fluid container including: a fluid container housing defining the structure of the fluid container ; a plurality of fluid chambers (120B-E) within the fluid container housing and configured to collect and/or store fluid from the blood component separation device, each of the plurality of fluid chambers (120B-E) having a port (130B-E) configured to allow fluid to enter each of the fluid chambers (120B-E) from the blood component separation device and exit each of the fluid chambers (120B-E) to the blood component separation device, and wherein each of the fluid chambers (120B-E) is configured to fluidly connect to a fluid line on the blood component separation device via the port (130B-E); an imaging unit configured to take images of the plurality of fluid chambers (120B-E) and positioned to view a level of fluid in each of the plurality of fluid chambers (120B-E); and a controller in communication with the imaging unit and configured to determine a volume of fluid within each of the plurality of fluid chambers (120B-E) based upon the viewed level of fluid in each of the plurality of fluid chambers (120B-E). a fluid container including: a fluid container housing defining the structure of the fluid container ; a plurality of fluid chambers (120B-E) within the fluid container housing and configured to collect and/or store fluid from the blood component separation device, each of the plurality of fluid chambers (120B-E) having a port (130B-E) configured to allow fluid to enter each of the fluid chambers (120B-E) from the blood component separation device and exit each of the fluid chambers (120B-E) to the blood component separation device, and wherein each of the fluid chambers (120B-E) is configured to fluidly connect to a fluid line on the blood component separation device via the port (130B-E); a fluid container housing defining the structure of the fluid container ; a plurality of fluid chambers (120B-E) within the fluid container housing and configured to collect and/or store fluid from the blood component separation device, each of the plurality of fluid chambers (120B-E) having a port (130B-E) configured to allow fluid to enter each of the fluid chambers (120B-E) from the blood component separation device and exit each of the fluid chambers (120B-E) to the blood component separation device, and wherein each of the fluid chambers (120B-E) is configured to fluidly connect to a fluid line on the blood component separation device via the port (130B-E); an imaging unit configured to take images of the plurality of fluid chambers (120B-E) and positioned to view a level of fluid in each of the plurality of fluid chambers (120B-E); and a controller in communication with the imaging unit and configured to determine a volume of fluid within each of the plurality of fluid chambers (120B-E) based upon the viewed level of fluid in each of the plurality of fluid chambers (120B-E).
A data processing apparatus, for processing input data comprising a plurality of partial data pieces, the apparatus comprising: a plurality of processing modules arranged to execute data processing on a plurality of partial data pieces of the input data through a plurality of sequential stages, wherein at least one stage has a plurality of allocated processing modules such that a plurality of the partial data pieces are processed in parallel, and wherein, during the data processing of each partial data piece, it is determined, depending on a processing result for the partial data piece in a preceding stage, whether or not to execute processing on the partial data piece in a subsequent stage, characterized by comprising: determining means arranged to determine, with respect to at least one of the plurality of stages, a proportion of an amount of data that is to be processed in the subsequent stage to an amount of data processed in that stage, as a passage rate; calculating means arranged to calculate respective numbers of processing modules to be allocated to the plurality of stages based on the passage rate determined by the determining means; and changing means arranged to change a connection between the plurality of processing modules so that the respective numbers of processing modules calculated by the calculating means are allocated to the plurality of stages. determining means arranged to determine, with respect to at least one of the plurality of stages, a proportion of an amount of data that is to be processed in the subsequent stage to an amount of data processed in that stage, as a passage rate; calculating means arranged to calculate respective numbers of processing modules to be allocated to the plurality of stages based on the passage rate determined by the determining means; and changing means arranged to change a connection between the plurality of processing modules so that the respective numbers of processing modules calculated by the calculating means are allocated to the plurality of stages.
Device for metering powdery filling material , - having a filling material container , - having a metering disc , which is arranged at the bottom of the filling material container , there being at least one metering chamber in the metering disc , - having a plate , by which the metering chamber can be closed from the underside of the metering disc , - having at least one plunger , which can be moved in its longitudinal direction and by means of which a defined quantity of the powdery filling material can be transferred into a container , - having a first motorized drive, by means of which the plunger can be moved in a reciprocating movement along its longitudinal axis, - characterized in that - there is at least one drive unit , by means of which the at least one plunger can be set into a rotational movement about its longitudinal axis, - the drive unit for the rotation of the plunger is formed as a separate drive, so that the rotational movement can be carried out independently of the reciprocating movement . - having a filling material container , - having a metering disc , which is arranged at the bottom of the filling material container , there being at least one metering chamber in the metering disc , - having a plate , by which the metering chamber can be closed from the underside of the metering disc , - having at least one plunger , which can be moved in its longitudinal direction and by means of which a defined quantity of the powdery filling material can be transferred into a container , - having a first motorized drive, by means of which the plunger can be moved in a reciprocating movement along its longitudinal axis, - characterized in that - there is at least one drive unit , by means of which the at least one plunger can be set into a rotational movement about its longitudinal axis, - the drive unit for the rotation of the plunger is formed as a separate drive, so that the rotational movement can be carried out independently of the reciprocating movement .
Assembly for connecting to a high-voltage grid, having a plurality of single-phase transformers , each of which comprises a fluid-filled transformer tank , in which a core having at least one winding is arranged, wherein said windings of the single-phase transformers are at least partly interconnected to constitute a neutral point, characterized in that the windings are interconnected by means of a neutral point conductor to constitute the neutral point, wherein the neutral point conductor is retained on a transformer tank in an insulated arrangement. wherein said windings of the single-phase transformers are at least partly interconnected to constitute a neutral point, characterized in that the windings are interconnected by means of a neutral point conductor to constitute the neutral point, wherein the neutral point conductor is retained on a transformer tank in an insulated arrangement.
Electric compressor housing part in form of a plate like element with at least one opening (4.1, 4.2, 4.3) for at least one conductor (3.1, 3.2, 3.3) embedded in a glass or a glass ceramic material (6.1, 6.2, 6.3) that is fed into into the at least one opening providing a glass-metal seal (GTMS) wherein said electric compressor housing part comprises means for centering the electric compressor housing part within a structure of a housing and means for enhancing the resilience against bending, wherein the means for centering the electric compressor housing part are represented by a recess area and/or at least two bores (202.1, 202.2) characterized in that the electric compressor housing part comprises an area with a roughness provided by stamping or an embossing process for a casting compound and/or an adhesive and an area which provides for a seal between the electric compressor housing part and the housing. at least one conductor (3.1, 3.2, 3.3) embedded in a glass or a glass ceramic material (6.1, 6.2, 6.3) that is fed into into the at least one opening providing a glass-metal seal (GTMS) wherein said electric compressor housing part comprises means for centering the electric compressor housing part within a structure of a housing and means for enhancing the resilience against bending, wherein the means for centering the electric compressor housing part are represented by a recess area and/or at least two bores (202.1, 202.2) characterized in that the electric compressor housing part comprises an area with a roughness provided by stamping or an embossing process for a casting compound and/or an adhesive and an area which provides for a seal between the electric compressor housing part and the housing.