mhurhangee/patent-ind-claim-en huggingface dataset:
An attachable needle assembly for use on a medication delivery pen , the needle assembly comprising: a spike housing that is configured to engage the medication delivery pen and pierce a reservoir septum of the medication delivery pen ; a needle assembly housing secured to the spike housing , the needle assembly housing enclosing: a needle assembly septum having a septum cavity , the septum cavity being in continuous fluid communication with the spike housing ; and a plurality of needles configured to pierce the needle assembly septum ; characterized in that , the needle assembly housing further enclosing a spring cooperating with the needle assembly housing to automatically rotate the needle assembly septum when the needle assembly housing moves between a first position and a second position; wherein when the needle assembly housing is in the first position, the plurality of needles are disengaged from the needle assembly septum while the spring is compressed, and when the needle assembly housing is in the second position, one of the plurality of needles enters into fluid communication with the septum cavity and is exposed for medicament delivery while further compressing the spring . a spike housing that is configured to engage the medication delivery pen and pierce a reservoir septum of the medication delivery pen ; a needle assembly housing secured to the spike housing , the needle assembly housing enclosing: a needle assembly septum having a septum cavity , the septum cavity being in continuous fluid communication with the spike housing ; and a plurality of needles configured to pierce the needle assembly septum ; characterized in that , the needle assembly housing further enclosing a spring cooperating with the needle assembly housing to automatically rotate the needle assembly septum when the needle assembly housing moves between a first position and a second position; wherein a needle assembly septum having a septum cavity , the septum cavity being in continuous fluid communication with the spike housing ; and a plurality of needles configured to pierce the needle assembly septum ; characterized in that , the needle assembly housing further enclosing a spring cooperating with the needle assembly housing to automatically rotate the needle assembly septum when the needle assembly housing moves between a first position and a second position; wherein when the needle assembly housing is in the first position, the plurality of needles are disengaged from the needle assembly septum while the spring is compressed, and when the needle assembly housing is in the second position, one of the plurality of needles enters into fluid communication with the septum cavity and is exposed for medicament delivery while further compressing the spring .
System for predicting the viability of a body tissue in a patient, the system comprising: a computing device , a first pressure measuring device for measuring local perfusion pressure in the body tissue of the patient, said measuring device being connected to the computing device , a second pressure measuring device for measuring the systemic perfusion pressure of the patient, said second pressure measuring device being connected to the computing device , a feedback indicator connected to the computing device and adapted to indicate the viability of the tissue calculated by the computing device on the basis of the measured local and systemic perfusion pressures, characterised in that the first pressure measuring device comprises: a clamp having two clamping members for clamping the tissue there between, a pressing unit for applying pressure on at least one of the clamping members, and a pressure meter for measuring the pressure applied by the pressing unit on the body tissue, wherein the first pressure measuring device is configured to measure the local perfusion pressure on the basis of the pressure measured by the pressure meter on the body tissue. a computing device , a first pressure measuring device for measuring local perfusion pressure in the body tissue of the patient, said measuring device being connected to the computing device , a second pressure measuring device for measuring the systemic perfusion pressure of the patient, said second pressure measuring device being connected to the computing device , a feedback indicator connected to the computing device and adapted to indicate the viability of the tissue calculated by the computing device on the basis of the measured local and systemic perfusion pressures, characterised in that the first pressure measuring device comprises: a clamp having two clamping members for clamping the tissue there between, a pressing unit for applying pressure on at least one of the clamping members, and a pressure meter for measuring the pressure applied by the pressing unit on the body tissue, wherein the first pressure measuring device is configured to measure the local perfusion pressure on the basis of the pressure measured by the pressure meter on the body tissue. a clamp having two clamping members for clamping the tissue there between, a pressing unit for applying pressure on at least one of the clamping members, and a pressure meter for measuring the pressure applied by the pressing unit on the body tissue, wherein the first pressure measuring device is configured to measure the local perfusion pressure on the basis of the pressure measured by the pressure meter on the body tissue.
Bar lock for doors or sides of utility vehicle superstructures, with a housing , a bar composed of an engagement part serving for the form-fitting locking of the door or side and a bar stub guided longitudinally in a channel formed on the housing , a hand lever which is mounted pivotably on the housing , rests in its closed position in the housing and, in its open position, is pivoted in relation to the closed position, an articulated lever which is connected to the bar stub via a first rotary bearing and is connected to the hand lever via a second rotary bearing , and a mechanism arresting the hand lever in the maximum open position thereof, wherein part of the mechanism is a compression spring which is supported at its first end against the housing and at its second end against the articulated lever , characterized in that the spring support for the first end of the compression spring is located on a tab that is integrally formed on the base of the channel , and in that the tab has a first longitudinal portion , on which the spring support for the first end of the compression spring is located, and a second longitudinal portion which is narrower in comparison and extends in the inside along the compression spring .
A method for programming identification media of an access control system, wherein the access control system comprises at least one access control device and a central processing unit , in which access rights data are stored and managed, wherein the programming of the identification medium comprises the transmission of access rights data via a wireless telecommunications network to a wireless mobile telecommunications device and the transmission of access rights data received from the mobile telecommunication device to a memory of the identification medium , characterized in that the transmission of the access rights data from the telecommunication device to the memory of the identification medium is performed via the at least one access control device , wherein the access rights data are transmitted from the telecommunication device to a first wireless communication interface of the access control device and from a second wireless communication interface of the access control device to the memory of the identification medium .
Pressure transmitter for determining differential, relative or absolute pressure, comprising, - a housing (GH), comprising a housing wall (GW), and arranged therein: - a sensor element (SE) - a ceramic substrate (KS), which acts as a carrier of the sensor element and of its electrical connection, and - a heating element (H, A-F), which is arranged inside the housing or the housing wall (GW), the sensor element being arranged in a transmitter unit, which is configured as a recess in the ceramic substrate and is covered by a membrane (MB), the resulting cavity (OF) being filled with oil, the heating element (H, A-F) being arranged in the oil of the transmitter unit in a position (F), a pressure connection fitting (DS) being arranged on the transmitter unit and a medium being guided to the membrane (MB) in the said pressure connection fitting (DS), wherein the pressure connection fitting is fastened above the membrane (MB) to the recess and protrudes through the housing wall (GW). - a housing (GH), comprising a housing wall (GW), and arranged therein: - a sensor element (SE) - a ceramic substrate (KS), which acts as a carrier of the sensor element and of its electrical connection, and - a heating element (H, A-F), which is arranged inside the housing or the housing wall (GW), the sensor element being arranged in a transmitter unit, which is configured as a recess in the ceramic substrate and is covered by a membrane (MB), the resulting cavity (OF) being filled with oil, the heating element (H, A-F) being arranged in the oil of the transmitter unit in a position (F), a pressure connection fitting (DS) being arranged on the transmitter unit and a medium being guided to the membrane (MB) in the said pressure connection fitting (DS), wherein the pressure connection fitting is fastened above the membrane (MB) to the recess and protrudes through the housing wall (GW).
A simulation battery construction device comprising: a first recognition element configured to recognize a measurement result of a complex impedance of a rechargeable battery ; a first calculation element configured to identify parameter values of a rechargeable battery model based on the measurement result of the complex impedance of the rechargeable battery recognized by the first recognition element , the rechargeable battery model expressing an impedance of an internal resistance of the rechargeable battery with transfer functions representing an IIR system and an FIR system, respectively; a second recognition element configured to recognize a time series of a current command value; a second calculation element configured to calculate a time series of voltage simulating the rechargeable battery as an output of the rechargeable battery model by inputting the time series of the current command value recognized by the second recognition element to the rechargeable battery model; and a simulation battery control element configured to control an operation of a simulation battery connected to a designated apparatus so as to cause the time series of the voltage simulating the rechargeable battery calculated by the second calculation element to be applied to the designated apparatus . a first recognition element configured to recognize a measurement result of a complex impedance of a rechargeable battery ; a first calculation element configured to identify parameter values of a rechargeable battery model based on the measurement result of the complex impedance of the rechargeable battery recognized by the first recognition element , the rechargeable battery model expressing an impedance of an internal resistance of the rechargeable battery with transfer functions representing an IIR system and an FIR system, respectively; a second recognition element configured to recognize a time series of a current command value; a second calculation element configured to calculate a time series of voltage simulating the rechargeable battery as an output of the rechargeable battery model by inputting the time series of the current command value recognized by the second recognition element to the rechargeable battery model; and a simulation battery control element configured to control an operation of a simulation battery connected to a designated apparatus so as to cause the time series of the voltage simulating the rechargeable battery calculated by the second calculation element to be applied to the designated apparatus .
Belt or belt segment , having a plurality of strength members that run in the longitudinal direction (X) and are disposed so as to be mutually parallel, and a hinge-type connecting element which forms one end of the belt , or belt segment , and is configured to be connected to a further hinge-type connecting element of the other end of the belt , or to one end of a further belt segment , respectively, wherein the ends of the strength members are held by the hinge-type connecting element , characterized in that the hinge-type connecting element at least in portions on its outer belt side has a predetermined coefficient of friction, wherein the coefficient of friction of the outer belt side of the hinge-type connecting element at least in portions corresponds to the coefficient of friction of the belt outer side . a plurality of strength members that run in the longitudinal direction (X) and are disposed so as to be mutually parallel, and a hinge-type connecting element which forms one end of the belt , or belt segment , and is configured to be connected to a further hinge-type connecting element of the other end of the belt , or to one end of a further belt segment , respectively, wherein the ends of the strength members are held by the hinge-type connecting element , characterized in that the hinge-type connecting element at least in portions on its outer belt side has a predetermined coefficient of friction, wherein the coefficient of friction of the outer belt side of the hinge-type connecting element at least in portions corresponds to the coefficient of friction of the belt outer side .
A kit useful for identifying a molecular subtype of a tumor in a cancer patient by means of reverse transcription (RT) quantitative PCR, said kit comprising: - a pair of HER2-specific primers and an HER2-specific probe; - a pair of ESR1-specific primers and an ESR1-specific probe; - a pair of Ki67-specific primers and a Ki67-specific probe; and - a pair of PGR-specific primers and a PGR-specific probe, wherein the ESR1-specific primers have the sequences of SEQ NOs: 1 and 2, wherein the HER2-specific primers have the sequences of SEQ ID Nos: 4 and 5, wherein the Ki67-specific primers have the sequences of SEQ ID NOs: 7 and 8, and wherein the PGR-specific primers have the sequences of SEQ ID NOs: 10 and 11. - a pair of HER2-specific primers and an HER2-specific probe; - a pair of ESR1-specific primers and an ESR1-specific probe; - a pair of Ki67-specific primers and a Ki67-specific probe; and - a pair of PGR-specific primers and a PGR-specific probe,
A composition comprising CCL5 for use in method of treating bone break, bone fracture, bone degeneration or osteoporosis in an individual, the method comprising administering the composition to the individual at a site in need thereof.
A pillar mounting method, comprising: an accommodation step of accommodating a plurality of pillars in storage with the plurality of pillars being stacked on each other; a mounting step of pushing, out of the storage , one pillar of the plurality of pillars accommodated in the storage and mounting the one pillar on a substrate including a glass pane ; and a displacement step of changing a relative location between the substrate and the storage , the mounting step and the displacement step being alternately repeated to mount the plurality of pillars in a predetermined arrangement on the substrate such that the plurality of pillars are apart from each other, characterized in that , in the accommodation step, the plurality of pillars are accommodated in the storage with the plurality of pillars being pinched by a holding mechanism , and in the mounting step, the one pillar of the plurality of pillars pinched by the holding mechanism is pushed out of the storage . an accommodation step of accommodating a plurality of pillars in storage with the plurality of pillars being stacked on each other; a mounting step of pushing, out of the storage , one pillar of the plurality of pillars accommodated in the storage and mounting the one pillar on a substrate including a glass pane ; and a displacement step of changing a relative location between the substrate and the storage , the mounting step and the displacement step being alternately repeated to mount the plurality of pillars in a predetermined arrangement on the substrate such that the plurality of pillars are apart from each other, characterized in that , in the accommodation step, the plurality of pillars are accommodated in the storage with the plurality of pillars being pinched by a holding mechanism , and in the mounting step, the one pillar of the plurality of pillars pinched by the holding mechanism is pushed out of the storage .
An inflatable slide for use in an emergency evacuation system of an aircraft, comprising: a main body having a top surface and a bottom surface and configured to inflate in response to receiving a flow of fluid; a first lanyard and a second lanyard coupled to the main body; and an airfoil coupled to the first lanyard and configured to exert a force on the main body in a downward direction corresponding to a direction of gravity in response to receiving a wind flow wherein the main body has a width and the airfoil is centered along the width of the main body; and wherein: the main body has a first side and a second side ; the width extends from the first side to the second side; and characterized in that the second lanyard is nearer the second side than the first lanyard; and further comprising a first slip ring coupled to the airfoil and slidably coupled to the first lanyard, and a second slip ring coupled to the airfoil and slidably coupled to the second lanyard. a main body having a top surface and a bottom surface and configured to inflate in response to receiving a flow of fluid; a first lanyard and a second lanyard coupled to the main body; and an airfoil coupled to the first lanyard and configured to exert a force on the main body in a downward direction corresponding to a direction of gravity in response to receiving a wind flow wherein the main body has a width and the airfoil is centered along the width of the main body; and wherein: the main body has a first side and a second side ; the width extends from the first side to the second side; and characterized in that the second lanyard is nearer the second side than the first lanyard; and further comprising a first slip ring coupled to the airfoil and slidably coupled to the first lanyard, and a second slip ring coupled to the airfoil and slidably coupled to the second lanyard. the main body has a first side and a second side ; the width extends from the first side to the second side; and characterized in that the second lanyard is nearer the second side than the first lanyard; and further comprising a first slip ring coupled to the airfoil and slidably coupled to the first lanyard, and a second slip ring coupled to the airfoil and slidably coupled to the second lanyard.
Agomelatine pyruvic acid cocrystal wherein the stoichiometric ratio is 1 : 1.
Fuel connection unit for a fuel-operated vehicle heating device, comprising a connection unit body to be mounted on a heating device body with a fuel release line connection area , which is to be positioned such that it meshes with or faces an interior of the heating device body , for connecting a fuel release line extending in the interior , and with a fuel feed line connection area to be positioned exposed on an outer side of the heating device body for connecting a fuel feed line, wherein the fuel release line connection area comprises a release pipe projecting from the connection unit body , wherein the fuel feed line connection area comprises a feed pipe projecting from the connection unit body , wherein the feed pipe and the release pipe project from the connection unit body in relation to one another in essentially opposite directions, wherein the feed pipe and the release pipe are offset in relation to one another essentially at right angles to a longitudinal axis (Lz) of the feed pipe and to a longitudinal axis (L A ) of the release pipe , wherein a connection duct connecting a feed duct in the feed pipe to a release duct in the release pipe is provided in the connection unit body .
An anchoring device for a fence, wherein the anchoring device comprises at least one fence post and elongated support beams connected to the fence post to support the fence post, wherein the fence post comprises a post portion which, in an installed state of the anchoring device, is provided to extend upright, such that the post portion comprises one or several upright extending outer surfaces which form at least a front part, two side parts and a rear part of the post portion , wherein the post portion comprises a lower section which is provided to extend substantially underground and an upper section which is provided to extend substantially aboveground in an installed state of the anchoring device, whereby the anchoring device comprises a first and a second said support beam , wherein these support beams are connected to the post portion at a height of the lower section of the post portion , at a height of a said respective side part of the post portion , in such a way that the first and the second support beam extend opposite each other extending beyond the rear part of the post portion and are provided to extend substantially underground in an installed state of the anchoring device, characterized in that the anchoring device comprises a third said support beam , wherein this third support beam is connected to the post portion at a height of the lower section of the post portion , at a height of the front part or the rear part of the post portion , wherein this third support beam forms an angle with the first and the second support beam and wherein the third support beam is provided to extend substantially underground in installed state of the anchoring device.