mhurhangee/patent-ind-claim-en huggingface dataset:
A pulp lifter of a pulp lifter assembly for a rotary grinding mill , the pulp lifter having a leading edge and a trailing edge with respect to rotation of the mill and comprising: - a first wall bounding an interior space; - a second wall dividing the interior space into a first section and a second section , wherein the first wall includes: ∗ a leading edge wall formed with at least one inlet opening providing access to the second section , ∗ an inner edge wall , and ∗ a radially outer wall ; and the second wall includes: • a leading guide , that extends substantially from the radially outer wall to a trailing edge of the inner edge wall ; and the first and second walls form an outlet opening for discharge of slurry from the second section at a radially inner edge ; and the first section of the interior space is at least partially open at the trailing edge of the pulp lifter . - a first wall bounding an interior space; - a second wall dividing the interior space into a first section and a second section , wherein the first wall includes: ∗ a leading edge wall formed with at least one inlet opening providing access to the second section , ∗ an inner edge wall , and ∗ a radially outer wall ; and ∗ a leading edge wall formed with at least one inlet opening providing access to the second section , ∗ an inner edge wall , and ∗ a radially outer wall ; and the second wall includes: • a leading guide , that extends substantially from the radially outer wall to a trailing edge of the inner edge wall ; and • a leading guide , that extends substantially from the radially outer wall to a trailing edge of the inner edge wall ; and the first and second walls form an outlet opening for discharge of slurry from the second section at a radially inner edge ; and the first section of the interior space is at least partially open at the trailing edge of the pulp lifter .
A composition for use in treating pulmonary arterial hypertension, wherein the composition comprises an ActRIIA polypeptide comprising an amino acid sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO: 32.
A latch mechanism , comprising: a support assembly that supports a passenger article and allows the passenger article to move with respect to the support assembly ; and an eccentric member having an axis and a periphery , the periphery comprising a major working surface and a minor working surface , the major working surface being farther from the axis than the minor working surface ; wherein the eccentric member is configured to be rotatingly connected with the passenger article and arranged to engage with the support assembly such that, when the eccentric member is rotated, the eccentric member causes the passenger article to displace relative to the support assembly ; wherein the latch mechanism further comprises a handle connected to the eccentric member such that, when the handle is rotated, the eccentric member is rotated with the handle ; characterised in that the handle is connected to the eccentric member by a connector rotatingly received in the eccentric member axis . a support assembly that supports a passenger article and allows the passenger article to move with respect to the support assembly ; and an eccentric member having an axis and a periphery , the periphery comprising a major working surface and a minor working surface , the major working surface being farther from the axis than the minor working surface ; wherein the eccentric member is configured to be rotatingly connected with the passenger article and arranged to engage with the support assembly such that, when the eccentric member is rotated, the eccentric member causes the passenger article to displace relative to the support assembly ; wherein the latch mechanism further comprises a handle connected to the eccentric member such that, when the handle is rotated, the eccentric member is rotated with the handle ; characterised in that the handle is connected to the eccentric member by a connector rotatingly received in the eccentric member axis .
Internal gear fluid machine , with - a first gearwheel having an outer toothing and mounted for rotation about a first axis of rotation and a second gearwheel having an inner toothing regionally meshing with the outer toothing in an engagement region and mounted for rotation about a second axis of rotation different from the first axis of rotation , wherein - a filler piece is arranged between the first gearwheel and the second gearwheel away from the engagement region , which filler piece bears on one side against the outer toothing and on the other side against the inner toothing in order to divide a fluid space present between the first gearwheel and the second gearwheel into a first fluid chamber and a second fluid chamber , wherein - housing walls of a machine housing of the internal gear fluid machine are arranged on both sides of the first gearwheel and the second gearwheel in the axial direction with respect to the first axis of rotation , and the filler piece is mounted on the machine housing by means of at least one retaining pin engaging on at least one of the housing walls , wherein the retaining pin is rotatably mounted on the housing wall by means of at least one intermediate piece , wherein the housing wall consists of a housing wall material and the intermediate piece consists of an intermediate piece material different from the housing wall material, characterised in that the intermediate piece material has a greater value of a material characteristic than the housing wall material, wherein the material characteristic is the modulus of elasticity, the tensile strength, the yield strength, the 0.2 % proof stress or the elastic limit. - a first gearwheel having an outer toothing and mounted for rotation about a first axis of rotation and a second gearwheel having an inner toothing regionally meshing with the outer toothing in an engagement region and mounted for rotation about a second axis of rotation different from the first axis of rotation , wherein - a filler piece is arranged between the first gearwheel and the second gearwheel away from the engagement region , which filler piece bears on one side against the outer toothing and on the other side against the inner toothing in order to divide a fluid space present between the first gearwheel and the second gearwheel into a first fluid chamber and a second fluid chamber , wherein - housing walls of a machine housing of the internal gear fluid machine are arranged on both sides of the first gearwheel and the second gearwheel in the axial direction with respect to the first axis of rotation , and the filler piece is mounted on the machine housing by means of at least one retaining pin engaging on at least one of the housing walls ,
A device for generating electrical energy from soil degradation comprising a container , defining an upper compartment and a lower compartment , and a microbial fuel cell including an anode , a cathode , a separator material and anodophilic micro-organisms in said separator material , wherein the cathode is positioned at a transition area between the upper compartment and the lower compartment , said anode and said separator material being located in the lower compartment , soil having waste of a living plant being provided in the upper compartment , the transition area further comprising a draining layer configured for allowing water poured onto the soil in the upper compartment drain to the separator material in the of lower compartment while supporting said soil .
Switching assembly comprising a blowing apparatus and a contact set having a first switching contact comprising a first and a second switching contact piece , wherein between the switching contact pieces of the first switching contact at least at times a contact gap extends and having a second switching contact comprising a first and a second switching contact piece , wherein between the switching contact pieces of the second switching contact at least at times a contact gap extends and a blowing volume of the blowing apparatus serves both the first and also the second switching contact , wherein the multiple switching contacts are arranged so as to be electrically insulated from one another, so that electric potentials/currents differing from one another have to be switched in the switching contacts and the blowing apparatus comprises a volume-displacing piston-cylinder arrangement , wherein at least one switching contact piece , in particular switching contact pieces of the first and of the second switching contact , is/are arranged on the piston-cylinder arrangement , characterized in that a cylinder of the piston-cylinder arrangement is part of a kinematic chain for bringing about a relative movement of the switching contact pieces .
A method for connecting at least two substrates which comprise electrical, semiconducting, mechanical and/or optical components, comprising the steps of providing a first substrate ; producing a joining element in the form of a frame made of glass on a first surface of the first substrate , wherein glass is vapour-deposited and the joining element bonds to the first substrate during deposition, and wherein conductive traces are disposed on the first surface of the first substrate and the joining element is vapour-deposited onto the first surface so as to at least partially cover the conductive traces and so that the conductive traces extend through the joining element laterally or vertically and hermetically extend through the frame ; providing a second substrate ; and connecting the first and second substrates by the joining element thereby forming a cavity between the first and second substrates and inside the frame , which cavity is hermetically sealed; and wherein the first or second substrate is a glass substrate. providing a first substrate ; producing a joining element in the form of a frame made of glass on a first surface of the first substrate , wherein glass is vapour-deposited and the joining element bonds to the first substrate during deposition, and wherein conductive traces are disposed on the first surface of the first substrate and the joining element is vapour-deposited onto the first surface so as to at least partially cover the conductive traces and so that the conductive traces extend through the joining element laterally or vertically and hermetically extend through the frame ; providing a second substrate ; and connecting the first and second substrates by the joining element thereby forming a cavity between the first and second substrates and inside the frame , which cavity is hermetically sealed; and wherein the first or second substrate is a glass substrate.
A circular stapler with an introducer, wherein, the circular stapler comprising: a staple cartridge assembly, the staple cartridge assembly including a staple cylinder and a staple cartridge being mutually fixed, and a cutter movably disposed in the staple cylinder , a distal end of the staple cartridge being formed with a staple cartridge surface , the staple cylinder being provided with at least one guide hole, wherein: the introducer is a flexible member, the whole shape of the introducer is conical with a hollow cavity, the introducer has a proximal end and a distal end , an outer diameter of the introducer is gradually increased from the distal end to the proximal end and a maximum outer diameter of the proximal end is less than or equal to a maximum outer diameter of the staple cartridge assembly, wherein when the introducer is pulled by an external force, the flexible member is configured to unwind spirally in a sequence from the distal end to the proximal end to finally form a strip body capable of being disengaged from the circular stapler through the guide hole; characterized in that a plane for being attached to the staple cartridge surface is formed at the proximal end of the introducer, and positioning columns connected and fixed to the staple cartridge surface are perpendicularly extended on the plane . the introducer is a flexible member, the whole shape of the introducer is conical with a hollow cavity, the introducer has a proximal end and a distal end , an outer diameter of the introducer is gradually increased from the distal end to the proximal end and a maximum outer diameter of the proximal end is less than or equal to a maximum outer diameter of the staple cartridge assembly, wherein when the introducer is pulled by an external force, the flexible member is configured to unwind spirally in a sequence from the distal end to the proximal end to finally form a strip body capable of being disengaged from the circular stapler through the guide hole; characterized in that a plane for being attached to the staple cartridge surface is formed at the proximal end of the introducer, and positioning columns connected and fixed to the staple cartridge surface are perpendicularly extended on the plane .
An inspection apparatus for examining vessels which are fixedly mounted on a processing machine , including a camera which comprises a first optical component and is coupled to an image processing unit, and which is mounted with respect to a vessel to be inspected which is in an inspection position on the processing machine , wherein the inspection apparatus comprises a second movably supported optical element , and wherein the first optical element and the second, optical element are in operative connection with the camera for recording an image of at least one view in the direction of a vessel opening and at least one view in the direction of a side of the vessel to be inspected facing away from the vessel opening, wherein the second movably supported optical element is arranged in a movable component which includes at least one retaining tube , wherein - the camera is arranged stationary relative to the vessel to be inspected, characterised in that - the camera with at least one illumination device is surrounded by a jacket tube , wherein the jacket tube has a central longitudinal axis, and an outer diameter of the jacket tube is smaller than an opening cross-section of the retaining tube , so that the jacket tube may be at least partially accommodated in the retaining tube , and - the component in which the second optical element is arranged is movable in parallel to the central longitudinal axis of the jacket tube relative to the stationary camera. - the camera is arranged stationary relative to the vessel to be inspected, - the camera with at least one illumination device is surrounded by a jacket tube , wherein the jacket tube has a central longitudinal axis, and an outer diameter of the jacket tube is smaller than an opening cross-section of the retaining tube , so that the jacket tube may be at least partially accommodated in the retaining tube , and - the component in which the second optical element is arranged is movable in parallel to the central longitudinal axis of the jacket tube relative to the stationary camera.
A method of preparing a fibrous panel comprising: surface treating a mineral wool with a water repellent agent to provide a water-repellent surface-treated mineral wool; admixing the water-repellent surface-treated mineral wool with water to provide a slurry; and dewatering and drying the slurry to provide a fibrous panel, wherein the water repellent agent comprises at least one of polydimethylsiloxane, polymethylhydrogensiloxane, and a combination thereof. surface treating a mineral wool with a water repellent agent to provide a water-repellent surface-treated mineral wool; admixing the water-repellent surface-treated mineral wool with water to provide a slurry; and dewatering and drying the slurry to provide a fibrous panel, wherein the water repellent agent comprises at least one of polydimethylsiloxane, polymethylhydrogensiloxane, and a combination thereof.
A control system comprising: a plurality of control apparatuses including a local control apparatus capable of controlling a first communication terminal connected to the local control apparatus , the local control apparatus comprising: a transmitter configured to transmit search information including terminal identification information for identifying a second communication terminal to other control apparatuses of the plurality of control apparatuses, the second communication terminal being not connected to the local control apparatus ; and a controller configured to search for one of the other control apparatuses that is connected to the second communication terminal based on responses that are transmitted from the other control apparatuses in response to the search information, and cause the transmitter to transmit state information indicating a state of the first communication terminal connected to the local control apparatus to the searched control apparatus connected to the second communication terminal . a transmitter configured to transmit search information including terminal identification information for identifying a second communication terminal to other control apparatuses of the plurality of control apparatuses, the second communication terminal being not connected to the local control apparatus ; and a controller configured to search for one of the other control apparatuses that is connected to the second communication terminal based on responses that are transmitted from the other control apparatuses in response to the search information, and cause the transmitter to transmit state information indicating a state of the first communication terminal connected to the local control apparatus to the searched control apparatus connected to the second communication terminal .
A method comprising: generating , by a device, a behavior profile for an end-user device based on behavior patterns of the end-user device; detecting , by the device, one or more real-time observations; comparing , by the device, the one or more real-time observations and the behavior profile for the end-user device; generating , by the device and based on comparing the one or more real-time observations and the behavior profile for the end-user device, one or more anomalies; determining, by the device, whether the one or more anomalies is associated with a particular IP address, the particular IP address matching an IP address related to one or more detected events or included in a security policy; generating, by the device, based on the one or more anomalies being associated with the particular IP address, an incident alert; and quarantining, by the device and based on the incident alert, data associated with the end-user device. generating , by a device, a behavior profile for an end-user device based on behavior patterns of the end-user device; detecting , by the device, one or more real-time observations; comparing , by the device, the one or more real-time observations and the behavior profile for the end-user device; generating , by the device and based on comparing the one or more real-time observations and the behavior profile for the end-user device, one or more anomalies; determining, by the device, whether the one or more anomalies is associated with a particular IP address, the particular IP address matching an IP address related to one or more detected events or included in a security policy; generating, by the device, based on the one or more anomalies being associated with the particular IP address, an incident alert; and quarantining, by the device and based on the incident alert, data associated with the end-user device.
An in vitro or ex vivo use of a hydrogel comprising one or more silylated biomolecules, for the three-dimensional culture of cardiomyocytes or stem cells which are able to differentiate into cardiomyocytes, wherein when the stem cells which are able to differentiate into cardiomyocytes are adipose-derived mesenchymal stem cells, the hydrogel comprises agents which allow induction of cardiomyocyte differentiation, and wherein the hydrogel comprising silylated biomolecules is able to form a self-reticulating hydrogel at a pH between 7.2 and 7.6, wherein said hydrogel contains from 1 to 2% w/v of Si-HPMC and has the following rheological characteristics at a pH value of 7.4 after 3 weeks of reticulation: - a compressive modulus at 5% stress from 220 to 2600 Pa; - a storage modulus (G') from 235 to 2500 Pa; - a loss modulus (G") from 29 to 110 Pa; - a gel point from 5 to 45 minutes. - a compressive modulus at 5% stress from 220 to 2600 Pa; - a storage modulus (G') from 235 to 2500 Pa; - a loss modulus (G") from 29 to 110 Pa; - a gel point from 5 to 45 minutes.
A data transmitting device for transmitting data to a data receiving node over a wireless channel in a communication system, the data transmitting device comprising: grant receiving circuitry configured to receive , from a scheduling node, a first resource grant for a data transmission in a subframe and a second resource grant for a data transmission of data in said subframe; and transmission control circuitry configured to select according to which of the first resource grant and the second resource grant data are to be transmitted in the subframe; and a transmitter configured to transmit the data in the subframe according to the selected first resource grant or second resource grant ; characterized in that, when the first resource grant or the second resource grant , which was not selected for data transmission in said subframe, is a multiple subframe grant indicating allocation of resources for a plurality of subframes of the communication system, the transmitter is configured to transmit data in the allocated plurality of subframes according to the multiple subframe grant except for said subframe. grant receiving circuitry configured to receive , from a scheduling node, a first resource grant for a data transmission in a subframe and a second resource grant for a data transmission of data in said subframe; and transmission control circuitry configured to select according to which of the first resource grant and the second resource grant data are to be transmitted in the subframe; and a transmitter configured to transmit the data in the subframe according to the selected first resource grant or second resource grant ; characterized in that, when the first resource grant or the second resource grant , which was not selected for data transmission in said subframe, is a multiple subframe grant indicating allocation of resources for a plurality of subframes of the communication system, the transmitter is configured to transmit data in the allocated plurality of subframes according to the multiple subframe grant except for said subframe.