mhurhangee/patent-ind-claim-en huggingface dataset:
Surgical clip , comprising a first clamping arm , a second clamping arm , and a biasing element , which first clamping arm defines a first clamping surface , which second clamping arm defines a second clamping surface , and which biasing element holds the first clamping surface and the second clamping surface against each other in a basic position, in particular under bias, wherein the first and the second clamping arm are pivotable against each other counter to the action of the biasing element , wherein the biasing element is configured in the form of a coil spring which defines a coil spring longitudinal axis and has a first coil spring end and a second coil spring end , wherein the coil spring comprises between the first coil spring end and the second coil spring end at least one winding extending over a circumferential angle of more than 360°, wherein the first coil spring end is connected to the first clamping arm by way of a first connecting portion , wherein the second coil spring end is connected to the second clamping arm by way of a second connecting portion , wherein the clamping surfaces held against each other in the basic position define a clamping plane , and wherein the coil spring longitudinal axis runs parallel to the clamping plane , characterized in that the first connecting portion is cranked in the transition region to the first coil spring end thereby forming a crank , and in that the second connecting portion is cranked in the transition region to the second coil spring end thereby forming a crank in order to orient the coil spring longitudinal axis in parallel to the clamping surface, and in that the two cranks are formed as double anglings of the respective connecting portions in relation to the respective coil spring end .
A retroviral or lentiviral vector having a viral envelope which comprises: (i) a first mitogenic T-cell activating transmembrane protein which comprises a mitogenic domain which binds CD3, and a transmembrane domain; and (ii) a second mitogenic T-cell activating transmembrane protein which comprises a mitogenic domain which binds CD28, and a transmembrane domain wherein the mitogenic T-cell activating transmembrane proteins are not part of a viral envelope glycoprotein. (i) a first mitogenic T-cell activating transmembrane protein which comprises a mitogenic domain which binds CD3, and a transmembrane domain; and (ii) a second mitogenic T-cell activating transmembrane protein which comprises a mitogenic domain which binds CD28, and a transmembrane domain
Blocking mechanism for rotationally blocking a shaft of a vehicle having at least one locking recess , the blocking mechanism comprising: - a transmission casing ; - a movable pawl comprising a locking finger , the movable pawl being pivotably mounted in a plane about a pivot axis on the transmission casing between a locking position in which the locking finger is engaged in the locking recess and a release position in which the locking finger is disengaged from said locking recess , the movable pawl comprising a cam surface , - a linear actuator , - a movable carriage , and - a guide rail , the linear actuator being able to move the mobile carriage which is guided by the guide rail, in which the movable carriage includes a cam follower capable of moving on the cam surface so as to move the movable pawl from the release position into the locking position, characterized in that a housing is formed in the transmission casing , in which the guide rail is fitted in the housing so as to prevent movement of the guide rail in the plane. - a transmission casing ; - a movable pawl comprising a locking finger , the movable pawl being pivotably mounted in a plane about a pivot axis on the transmission casing between a locking position in which the locking finger is engaged in the locking recess and a release position in which the locking finger is disengaged from said locking recess , the movable pawl comprising a cam surface , - a linear actuator , - a movable carriage , and - a guide rail , the linear actuator being able to move the mobile carriage which is guided by the guide rail, in which the movable carriage includes a cam follower capable of moving on the cam surface so as to move the movable pawl from the release position into the locking position, characterized in that a housing is formed in the transmission casing , in which the guide rail is fitted in the housing so as to prevent movement of the guide rail in the plane.
Method for controlling air-conditioning devices in a motor vehicle , in which a. an input of an air-conditioning demand of an operator is registered, wherein an air-conditioning demand is to be understood as a specification for the air-conditioning devices in the motor vehicle which is oriented towards the operator's wishes and constitutes a description from the operator's point of view; b. the air-conditioning demand is received by a first control apparatus ; c. is resolved into at least one air-conditioning function for at least one air-conditioning device using the first control apparatus ; d. at least one air-conditioning-relevant influencing variable is registered using at least one sensor ; e. the implementability of the air-conditioning demand is tested using a second control apparatus by comparing the at least one air-conditioning function with the at least one air-conditioning-relevant influencing variable; characterized in that f. a proposal for at least one deviating air-conditioning function is output to the operator in the event of implementability of the air-conditioning demand not being given or not being completely given. a. an input of an air-conditioning demand of an operator is registered, wherein an air-conditioning demand is to be understood as a specification for the air-conditioning devices in the motor vehicle which is oriented towards the operator's wishes and constitutes a description from the operator's point of view; b. the air-conditioning demand is received by a first control apparatus ; c. is resolved into at least one air-conditioning function for at least one air-conditioning device using the first control apparatus ; d. at least one air-conditioning-relevant influencing variable is registered using at least one sensor ; e. the implementability of the air-conditioning demand is tested using a second control apparatus by comparing the at least one air-conditioning function with the at least one air-conditioning-relevant influencing variable;
A surgical instrument, comprising: an end effector configured to perform a function to treat tissue grasped by the end effector; a user interface ; and a control circuit , configured to: cause at least one parameter setting associated with the function to be displayed on the user interface; cause interpreted information relevant to the function to be displayed concurrently with the at least one parameter setting on the user interface , wherein the interpreted information is based on external data, and wherein the interpreted information relates to at least one of tissue hemostasis, blood pressure of a selected blood vessel, and blood flow in a selected blood vessel; characterized in that the control circuit is configured to recommend an adjustment of the at least one parameter setting through the user interface , wherein the recommended adjustment is based on the interpreted information. an end effector configured to perform a function to treat tissue grasped by the end effector; a user interface ; and a control circuit , configured to: cause at least one parameter setting associated with the function to be displayed on the user interface; cause interpreted information relevant to the function to be displayed concurrently with the at least one parameter setting on the user interface , wherein the interpreted information is based on external data, and wherein the interpreted information relates to at least one of tissue hemostasis, blood pressure of a selected blood vessel, and blood flow in a selected blood vessel; cause at least one parameter setting associated with the function to be displayed on the user interface; cause interpreted information relevant to the function to be displayed concurrently with the at least one parameter setting on the user interface , wherein the interpreted information is based on external data, and wherein the interpreted information relates to at least one of tissue hemostasis, blood pressure of a selected blood vessel, and blood flow in a selected blood vessel; characterized in that the control circuit is configured to recommend an adjustment of the at least one parameter setting through the user interface , wherein the recommended adjustment is based on the interpreted information.
A mat assembly for providing a sealed connection between two mats , the mat assembly comprising: a first mat and a second mat configured to receive liquid concrete, wherein each of the mats comprises a bottom sheet and a top sheet , and a connecting region between the first mat and the second mat , characterised in that each of the mats comprises a side foil , and that the side foil of the second mat has an open area in the region of the connecting area , so that the second mat is configured, when the liquid concrete is received in the second mat , to bring the liquid concrete in the open area of the second mat into direct contact with a corresponding area of the side sheet of the first mat , so that, in the area of the connection area , a sealed connection is provided between the first mat and the second mat . a first mat and a second mat configured to receive liquid concrete, wherein each of the mats comprises a bottom sheet and a top sheet , and a connecting region between the first mat and the second mat , characterised in that each of the mats comprises a side foil , and that the side foil of the second mat has an open area in the region of the connecting area , so that the second mat is configured, when the liquid concrete is received in the second mat , to bring the liquid concrete in the open area of the second mat into direct contact with a corresponding area of the side sheet of the first mat , so that, in the area of the connection area , a sealed connection is provided between the first mat and the second mat .
Method for examining a sample , in which a sample is illuminated in an illumination plane along an illumination strip with an illumination light beam propagating along the illumination strip and in which the illumination strip is imaged into a detection plane by way of detection light emanating from the illumination strip being focused into the detection plane, and in which the detection light is detected with a detector , wherein the detector is embodied in the form of a slit detector , characterized in that the slit width direction of the slit detector is not aligned perpendicular to the direction of longitudinal extent of the image representation of the illumination strip into the detection plane and the slit detector is moved in the detection plane relative to the incident detection light .
A self-propelled combine harvester , comprising - a separating device for separating a flow of material primarily formed by grain from a residual flow primarily formed by plant residues, - a chopping device for processing the residual flow , - a cleaning device for cleaning the flow of material from residual components contained therein, - at least one suction fan device , as well as - at least one spreading device , wherein the suction fan device is disposed downstream of the cleaning device , so that the residual components can be sucked in through an intake opening of the suction fan device and in this manner can be transferred from the cleaning device by the suction fan device , wherein the spreading device is suitable for ejecting the residual flow processed by means of the chopping device , wherein a discharge opening of the suction fan device , through which the residual components can be blown out of the suction fan device , is positioned at a height which is below the spreading device , characterized by a deflector plate spreader being associated with the underneath of the spreading device , wherein the suction fan device delivers the residual components to the deflector plate spreader , wherein the deflector plate spreader has a plurality of guide elements , by means of which the residual components supplied to the deflector plate spreader can be spread in a direction transverse to the combine harvester . - a separating device for separating a flow of material primarily formed by grain from a residual flow primarily formed by plant residues, - a chopping device for processing the residual flow , - a cleaning device for cleaning the flow of material from residual components contained therein, - at least one suction fan device , as well as - at least one spreading device , wherein the suction fan device is disposed downstream of the cleaning device , so that the residual components can be sucked in through an intake opening of the suction fan device and in this manner can be transferred from the cleaning device by the suction fan device , wherein the spreading device is suitable for ejecting the residual flow processed by means of the chopping device , wherein a discharge opening of the suction fan device , through which the residual components can be blown out of the suction fan device , is positioned at a height which is below the spreading device , characterized by a deflector plate spreader being associated with the underneath of the spreading device , wherein the suction fan device delivers the residual components to the deflector plate spreader , wherein the deflector plate spreader has a plurality of guide elements , by means of which the residual components supplied to the deflector plate spreader can be spread in a direction transverse to the combine harvester .
A device for manipulating an incident acoustic wave to generate an acoustic output comprising: a plurality of unit cells arranged into an array, at least some of said unit cells being configured to introduce time delays to an incident acoustic wave at the respective positions of the unit cells within the array of unit cells, such that said plurality of unit cells define an array of time delays to thereby define a spatial delay distribution for manipulating an incident acoustic wave to generate an acoustic output, wherein said plurality of unit cells comprises at least one re-configurable unit cell that can be selectively re-configured to cause the unit cell to introduce different time delays such that the array of time delays defined by said plurality of unit cells is re-configurable to vary the spatial delay distribution in order to generate different acoustic outputs, wherein each re-configurable unit cell comprises one or more moveable elements moveable between a plurality of positions in order to vary the time delay introduced by the re-configurable unit cell. a plurality of unit cells arranged into an array, at least some of said unit cells being configured to introduce time delays to an incident acoustic wave at the respective positions of the unit cells within the array of unit cells, such that said plurality of unit cells define an array of time delays to thereby define a spatial delay distribution for manipulating an incident acoustic wave to generate an acoustic output, wherein said plurality of unit cells comprises at least one re-configurable unit cell that can be selectively re-configured to cause the unit cell to introduce different time delays such that the array of time delays defined by said plurality of unit cells is re-configurable to vary the spatial delay distribution in order to generate different acoustic outputs, wherein each re-configurable unit cell comprises one or more moveable elements moveable between a plurality of positions in order to vary the time delay introduced by the re-configurable unit cell.
A power conversion device that converts power between a DC circuit and an AC circuit , the power conversion device comprising: a plurality of leg circuits connected in parallel between a first DC terminal (Np) and a second DC terminal (Nn) and electrically connected to the AC circuit , each of the plurality of leg circuits including: at least one first converter cell ; and a plurality of second converter cells other than the at least one first converter cell , each of the at least one first converter cell and the plurality of second converter cells including a capacitor and a plurality of semiconductor switching elements , a first control signal (Gp2, Gn2) that controls switching of each of the semiconductor switching elements included in the at least one first converter cell being higher in frequency than a second control signal (Gp, Gn) that controls switching of each of the semiconductor switching elements included in each of the plurality of second converter cells , wherein the first control signal (Gp2, Gn2) and the second control signal (Gp, Gn) are pulse width modulation signals. a plurality of leg circuits connected in parallel between a first DC terminal (Np) and a second DC terminal (Nn) and electrically connected to the AC circuit , each of the plurality of leg circuits including: at least one first converter cell ; and a plurality of second converter cells other than the at least one first converter cell , at least one first converter cell ; and a plurality of second converter cells other than the at least one first converter cell , each of the at least one first converter cell and the plurality of second converter cells including a capacitor and a plurality of semiconductor switching elements , a first control signal (Gp2, Gn2) that controls switching of each of the semiconductor switching elements included in the at least one first converter cell being higher in frequency than a second control signal (Gp, Gn) that controls switching of each of the semiconductor switching elements included in each of the plurality of second converter cells , wherein the first control signal (Gp2, Gn2) and the second control signal (Gp, Gn) are pulse width modulation signals.
Mould for injecting thermoplastics, subjected to a pressure injection and subjected to a regulated closing pressure between two platforms, which is formed by an upper mould or lid, and a lower mould or base, characterised in that it is made of flexible vulcanised silicone, rubber or other elastomers, with a Shore A hardness between 30 and 90 and wherein, when the upper mould and the lower mould are facing each other and attached by means of fasteners or brackets, a distribution chamber for the melted thermoplastic material is generated which is supplied by a central, reinforced pass through opening on the upper mould , designed for the sealed coupling to the injection system, and a plurality of distribution channels exit from the chamber , which are connected to the cavities by means of feeders with the shape of the item that is to be manufactured, and wherein tiny conduits or slots emerge from each cavity , which are connected to the perimetral vacuum channel having a vacuum outlet pass through opening on the lower mould , designed for the sealed coupling to the vacuum system to ensure the vacuum.
A holster support assembly for use by a user wearing a belt , including: a belt support that engages and is supported by the user's belt; a holster mount supported on the belt support for sliding movement relative to the belt support, the holster mount configured for supporting a holster ; the belt support defining a plurality of drop positions spaced apart along a track in which the holster mount can be located to enable the user to set the drop height of the holster, characterised in that the holster mount is being blocked from rotation relative to the belt support when the holster mount is in any of the drop positions; the belt support also defining a spinning position of the belt support, the holster mount being rotatable relative to the belt support to adjust the cant position of the holster when the holster mount is in the spinning position; and a pull stick that is connected for movement with the holster mount and that has a manually engageable portion for grasping by the user to manipulate the position of the holster mount along the belt support; the pull stick having a first stop engageable with a stop surface on the belt support for stopping movement of the holster mount at a specified drop position. a belt support that engages and is supported by the user's belt; a holster mount supported on the belt support for sliding movement relative to the belt support, the holster mount configured for supporting a holster ; the belt support defining a plurality of drop positions spaced apart along a track in which the holster mount can be located to enable the user to set the drop height of the holster, characterised in that the holster mount is being blocked from rotation relative to the belt support when the holster mount is in any of the drop positions; the belt support also defining a spinning position of the belt support, the holster mount being rotatable relative to the belt support to adjust the cant position of the holster when the holster mount is in the spinning position; and a pull stick that is connected for movement with the holster mount and that has a manually engageable portion for grasping by the user to manipulate the position of the holster mount along the belt support; the pull stick having a first stop engageable with a stop surface on the belt support for stopping movement of the holster mount at a specified drop position.
An adapter for releasably attaching a syringe to an injector , wherein the syringe comprises a body, a front end having a fluid outlet extending from a forward end of the body, a plunger slideably positioned within the body, and a flange extending around a rearward end of the body, and wherein the injector comprises a front wall, an opening formed in the front wall, and a drive member reciprocally mounted in the injector, the adapter comprising: a mounting mechanism positioned at a rear end of the adapter to mount the adapter in a desired position relative to the front wall of the injector; a syringe carrier section adapted to seat at least a portion of the syringe, the syringe carrier section defining a first opening on a top thereof to allow placement of the syringe therein from the top and a second opening in a rear section thereof to allow the drive member of the injector to communicate forward force to the plunger; characterized in that a cover portion extends over a rearward end of the first opening, the cover portion comprising a body having a front face and rear face that are angled to meet at a top of the body, wherein the front face of the cover portion causes the syringe to pivot in a controlled manner during removal of the syringe from the syringe carrier section. a mounting mechanism positioned at a rear end of the adapter to mount the adapter in a desired position relative to the front wall of the injector; a syringe carrier section adapted to seat at least a portion of the syringe, the syringe carrier section defining a first opening on a top thereof to allow placement of the syringe therein from the top and a second opening in a rear section thereof to allow the drive member of the injector to communicate forward force to the plunger; characterized in that a cover portion extends over a rearward end of the first opening, the cover portion comprising a body having a front face and rear face that are angled to meet at a top of the body, wherein the front face of the cover portion causes the syringe to pivot in a controlled manner during removal of the syringe from the syringe carrier section.