mhurhangee/patent-ind-claim-en huggingface dataset:
A joint prosthesis system for converting a joint prosthesis from a first type to a more constrained second type in situ, comprising: a femoral component having an articular side, a bone facing side , and medial and lateral condylar portions (32a-b), the medial and lateral condylar portions at least partially defining an intercondylar recess located therebetween and a transverse opening extending transverse to the articular side and bone facing side, the intercondylar recess intersecting the transverse opening; a first tibial assembly having a tibial baseplate component and a post extending therefrom; a first modular component separately formed from the femoral component and being configured to connect thereto, the first modular component having a camming surface configured to articulate with the post of the first tibial assembly; a second tibial assembly having a tibial baseplate component and a head extending therefrom, the head defining an axle opening extending therethrough; and an axle configured to be received within the axle opening and transverse opening so as to connect the second tibial assembly to the femoral component. a femoral component having an articular side, a bone facing side , and medial and lateral condylar portions (32a-b), the medial and lateral condylar portions at least partially defining an intercondylar recess located therebetween and a transverse opening extending transverse to the articular side and bone facing side, the intercondylar recess intersecting the transverse opening; a first tibial assembly having a tibial baseplate component and a post extending therefrom; a first modular component separately formed from the femoral component and being configured to connect thereto, the first modular component having a camming surface configured to articulate with the post of the first tibial assembly; a second tibial assembly having a tibial baseplate component and a head extending therefrom, the head defining an axle opening extending therethrough; and an axle configured to be received within the axle opening and transverse opening so as to connect the second tibial assembly to the femoral component.
System for fastening outdoor surfaces comprising a number of interconnectable profile grating components which have coupling elements and recesses for receiving coupling elements on the outer circumferential side surfaces and are composed of alternating rows of tread surface sections and open sections , wherein the rows of tread surface sections and open sections are staggered, and the tread surface sections are surrounded by four side end faces and are connected to one another by a connecting section , and half tread surface sections are alternately arranged on the outer sides, wherein these form a whole tread surface section when the profile grating components are assembled with one another, wherein a mushroom-head-like connecting element and two elastically resilient spring lugs are arranged on two side sections arranged at right angles to one another on each half tread surface section and latching openings are arranged on the half tread surface sections of the opposite side sections for receiving the mushroom-head-like connecting elements , wherein material expansions can be completely absorbed by the lugs as expansion elements.
Seat device for a tilting vehicle , in particular a tilting vehicle comprising a boxer engine, having at least one seat bench , having at least one holding means , by means of which the seat bench can be arranged or is arranged on a vehicle component of the tilting vehicle or on a vehicle frame on a side facing the direction of travel , and by means of which movement of the seat bench parallel to the vertical axis and to the transverse axis can be limited, and having at least one coupling unit , which can be fixed or is fixed on a side of the seat bench facing away from the direction of travel , by means of which coupling unit the seat bench can be fixed or is fixed indirectly or directly to the vehicle frame so as to be movable to a limited extent, and which comprises at least one first coupling means fixed indirectly or directly to the seat bench , at least one second coupling means fixed to the vehicle frame , and at least one first movement clearance means which is arranged between the first coupling means and second coupling means and by means of which the seat bench is movable to a limited extent relative to the vehicle frame , at least in or transversely to the transverse axis of the tilting vehicle , by means of movement of the first coupling means relative to the second coupling means , characterized in that the coupling unit comprises at least one rod- or strip-shaped, flexurally rigid spacer means which can be used to fix the seat bench indirectly or directly to the vehicle frame , and which is arranged between the seat bench and the vehicle frame and at the one end of which the first coupling means or the second coupling means is arranged.
An isolated, caninized antigen binding protein that specifically binds to canine Nerve Growth Factor (NGF) comprising a variable light chain comprising the amino acid sequence of SEQ ID NO: 26 (CAN-SSME3M-VL) and a variable heavy chain comprising the amino acid sequence of SEQ ID NO: 27 (CAN-SSM57-VH).
A carbon substrate for a gas diffusion layer of a fuel cell, the carbon substrate comprising a structure in which two to eight unit carbon substrates are stacked, wherein each of the unit carbon substrates is a plate type substrate having a first surface (a) and a second surface (b) opposite the first surface (a), each of the unit carbon substrates comprises carbon fibers and a carbonized organic polymer, the carbon fibers forming a non-woven carbon backing layer and the carbonized organic polymer being arranged between the carbon fibers and bonding the carbon fibers, wherein a) the number of the carbon fibers arranged in a machine direction MD in each of the unit carbon substrates is greater than the number of carbon fibers arranged in a transverse direction TD in each of the unit carbon substrates, the carbon fibers are randomly arranged on the first surface (a) of the each of the unit carbon substrates and, from the first surface (a) to the second surface (b) in a thickness direction of each of the unit carbon substrates, the number of the carbon fibers arranged in the machine direction of each of the unit carbon substrates becomes greater than the number of carbon fibers arranged in the transverse direction of each of the unit carbon substrates, and accordingly, an orientation gradient is formed so that an orientation in the machine direction increases from the first surface (a) to the second surface (b), or b) the number of carbon fibers arranged in the machine direction of each of the unit carbon substrates is greater than the number of carbon fibers arranged in the transverse direction of each of the unit carbon substrates so that each of the unit carbon substrates has an orientation in the machine direction, and the orientation in the machine direction of each of the unit carbon substrates is constant from the first surface (a) to the second surface (b) along the thickness direction of each of the unit carbon substrates, characterized in that the unit carbon substrates are stacked on one another so that the machine directions of two adjacent unit carbon substrates are perpendicular to each other, in a), a ratio of the number of carbon fibers arranged in the machine direction to the number of carbon fibers arranged in the transverse direction MD/TD on the second surface (b) is 1.5 to 4.0, and in b), a ratio of the number of carbon fibers arranged in the machine direction to the number of carbon fibers arranged in the transverse direction MD/TD is 1.5 to 4.0. in a), a ratio of the number of carbon fibers arranged in the machine direction to the number of carbon fibers arranged in the transverse direction MD/TD on the second surface (b) is 1.5 to 4.0, and in b), a ratio of the number of carbon fibers arranged in the machine direction to the number of carbon fibers arranged in the transverse direction MD/TD is 1.5 to 4.0.
A pressure cuff configured to be arranged around a limb of a patient, the pressure cuff comprising an active electro-stimulation electrode and a passive electro-stimulation electrode wherein the active electro-stimulation electrode is configured to transmit an electrical current and arranged in the pressure cuff in such a way that, in use, a contact surface of the active electro-stimulation electrode is arranged on a first region of the limb, which is at least partially on a peripheral motor nerve of the limb such that the nerve receives at least part of the transmitted electrical current; wherein the passive electro-stimulation electrode is configured to collect an electrical current and arranged in the pressure cuff in such a way that, in use, a contact surface of the passive electro-stimulation electrode is arranged on a second region of the limb, such that the transmitted electrical current is collected by the passive electro-stimulation electrode; and wherein the second region of the limb is not on the peripheral motor nerve of the limb, and/or the contact surface of the passive electro-stimulation electrode is substantially larger in size than the contact surface of the active electro-stimulation electrode. the active electro-stimulation electrode is configured to transmit an electrical current and arranged in the pressure cuff in such a way that, in use, a contact surface of the active electro-stimulation electrode is arranged on a first region of the limb, which is at least partially on a peripheral motor nerve of the limb such that the nerve receives at least part of the transmitted electrical current; wherein the passive electro-stimulation electrode is configured to collect an electrical current and arranged in the pressure cuff in such a way that, in use, a contact surface of the passive electro-stimulation electrode is arranged on a second region of the limb, such that the transmitted electrical current is collected by the passive electro-stimulation electrode; and wherein the second region of the limb is not on the peripheral motor nerve of the limb, and/or the contact surface of the passive electro-stimulation electrode is substantially larger in size than the contact surface of the active electro-stimulation electrode.
Method for displacing a fluid from a supply container to a buffer tank , comprising the steps of: A) identifying the fluid present in the supply container ; B) coupling the supply container to the buffer tank via at least one coupling component ; C) identifying the at least one coupling component ; D) retrieving historical information relating to the at least one identified coupling component from a database ; E) verifying, on the basis of the information collected during step A), step C) and step D), whether the identified fluid may flow through the at least one identified coupling component on the basis of at least one predetermined criterion, which verification takes place by means of a verification device ; and F) displacing fluid from the supply container via the at least one coupling component to the buffer tank if the verification as according to step E) is successful; characterized in that the at least one coupling component is of shared nature wherein said coupling component being configured to be coupled directly or indirectly to a plurality of buffer tanks and a plurality of supply containers and in that the historical information comprises at least information relating to a fluid last guided through the at least one identified coupling component . A) identifying the fluid present in the supply container ; B) coupling the supply container to the buffer tank via at least one coupling component ; C) identifying the at least one coupling component ; D) retrieving historical information relating to the at least one identified coupling component from a database ; E) verifying, on the basis of the information collected during step A), step C) and step D), whether the identified fluid may flow through the at least one identified coupling component on the basis of at least one predetermined criterion, which verification takes place by means of a verification device ; and F) displacing fluid from the supply container via the at least one coupling component to the buffer tank if the verification as according to step E) is successful;
A portable communication device comprising: a processor; and a memory coupled to the processor, the memory storing instructions, which when executed by the processor, cause the portable communication device to perform operations including: determining (401a - 401b) that an update for a private portion of a mobile application installed on the portable communication device is available at a server ; sending a request for the update to the server, the request including a current private portion identifier associated with a current version of the private portion installed on the portable communication device; receiving an updated version of the private portion from the server that is encrypted using a current transport key embedded in the current version of the private portion installed on the portable communication device; decrypting the updated version of the private portion using the current transport key embedded in the current version of the private portion installed on the portable communication device; and installing the updated version of the private portion without updating a public portion of the mobile application. a processor; and a memory coupled to the processor, the memory storing instructions, which when executed by the processor, cause the portable communication device to perform operations including: determining (401a - 401b) that an update for a private portion of a mobile application installed on the portable communication device is available at a server ; sending a request for the update to the server, the request including a current private portion identifier associated with a current version of the private portion installed on the portable communication device; receiving an updated version of the private portion from the server that is encrypted using a current transport key embedded in the current version of the private portion installed on the portable communication device; decrypting the updated version of the private portion using the current transport key embedded in the current version of the private portion installed on the portable communication device; and installing the updated version of the private portion without updating a public portion of the mobile application. determining (401a - 401b) that an update for a private portion of a mobile application installed on the portable communication device is available at a server ; sending a request for the update to the server, the request including a current private portion identifier associated with a current version of the private portion installed on the portable communication device; receiving an updated version of the private portion from the server that is encrypted using a current transport key embedded in the current version of the private portion installed on the portable communication device; decrypting the updated version of the private portion using the current transport key embedded in the current version of the private portion installed on the portable communication device; and installing the updated version of the private portion without updating a public portion of the mobile application.
Plant-growing roof made of film or sheet material with a temperature-dependent transparency to radiation, which is provided by at least one plastic layer in or on a sheet or at least one film layer and manifests itself by a reduced optical transparency above a switching temperature, wherein the layer with the temperature-dependent transparency to radiation exhibits a gradual or a two- or multi-stage transparency reduction at increasing temperatures in a temperature range between 20°C and 50°C, wherein in the case of a gradual transparency reduction an overall switching stroke is realised within a temperature interval of 3°C to 30°C temperature difference, or wherein in the case of a two- or multi-stage transparency reduction the material has several switching temperatures in the desired temperature range from 20°C to higher temperatures.
Packaging with a container and a lid , the container having an upper edge and a flange at the upper edge , the lid having a center axis , a lid top part and a collar , at least one projection projecting towards the center axis of the lid being arranged on the collar , a seal running around the entire circumference of the lid being arranged in a transition region between the lid top part and the collar , and the seal having a sealing surface facing the center axis , which sealing surface is a surface of revolution, the radius (R) of which, measured from the center axis of the lid , decreases towards the lid top part , characterized in that the flange projects outwards beyond the edge , in that the container has a container lid which, with a peripheral region rests radially outside on the flange , and which has an upper edge and engages with its free edge behind the flange , and that the seal rests with its sealing surface on a radially outer sealing surface of the container lid in a sealing manner.
Rechargeable battery apparatus for a handheld power tool comprising a rechargeable battery cell unit and at least one inductive charging unit for charging the rechargeable battery cell unit , wherein the inductive charging unit has at least one inductive charging coil with at least one main winding , wherein the inductive charging coil has at least one secondary winding , the winding axis of which runs at least substantially perpendicularly to a winding axis of the main winding , wherein the main winding of the inductive charging coil is connected electrically in series to the at least one secondary winding of the inductive charging coil , characterized in that the at least one secondary winding can be pivoted into a plane with the main winding for the purpose of increasing the size of a charging area of the inductive charging coil , wherein the at least one secondary winding can be pivoted about a pivot axis which runs at least substantially parallel to a winding plane of the main winding .
A computer-implemented method for online charging telecommunication services in real time, comprising the step of, upon establishment of a communication session on a telecommunication network , gathering first charging parameters for the communication session and a wallet balance of a respective user; the method further comprises the steps of: 1a. running a money-to-time algorithm , which comprises computing a time balance for the communication session based on the first charging parameters and the wallet balance; 1b. determining whether the time balance is greater than zero ; characterized in that 1c. upon determining that the time balance is greater than zero, creating a charging data record, CDR, and writing a start timestamp therein , setting a terminate session timer based on the time balance , and confirming to the telecommunication network that the communication session may take place ; and 1d. upon determining that the time balance is not greater than zero, or upon expiration of the terminate session timer, instructing the telecommunication network to terminate the communication session , wherein upon expiration of the terminate session timer an end timestamp is written in the CDR. 1a. running a money-to-time algorithm , which comprises computing a time balance for the communication session based on the first charging parameters and the wallet balance; 1b. determining whether the time balance is greater than zero ; characterized in that 1c. upon determining that the time balance is greater than zero, creating a charging data record, CDR, and writing a start timestamp therein , setting a terminate session timer based on the time balance , and confirming to the telecommunication network that the communication session may take place ; and 1d. upon determining that the time balance is not greater than zero, or upon expiration of the terminate session timer, instructing the telecommunication network to terminate the communication session , wherein upon expiration of the terminate session timer an end timestamp is written in the CDR.
An outboard motor configured to be attached to a portion of a hull of a marine vessel comprising: an engine ; an electric motor ; a propeller configured to rotate due to a driving force from the engine and a driving force from the electric motor ; and an anti-cavitation plate disposed above the propeller ; wherein at least a portion of the electric motor is disposed above the anti-cavitation plate and below a waterline (WL) of an outboard motor body that is a position of a water surface with respect to the outboard motor in a state in which the outboard motor is not driven by the engine or the electric motor and the marine vessel is not in motion or a position of the water surface with respect to the outboard motor in a state in which the outboard motor operates at a low speed when the marine vessel is traveling due to the driving force of the electric motor . an engine ; an electric motor ; a propeller configured to rotate due to a driving force from the engine and a driving force from the electric motor ; and an anti-cavitation plate disposed above the propeller ; wherein at least a portion of the electric motor is disposed above the anti-cavitation plate and below a waterline (WL) of an outboard motor body that is a position of a water surface with respect to the outboard motor in a state in which the outboard motor is not driven by the engine or the electric motor and the marine vessel is not in motion or a position of the water surface with respect to the outboard motor in a state in which the outboard motor operates at a low speed when the marine vessel is traveling due to the driving force of the electric motor .