mhurhangee/patent-ind-claim-en huggingface dataset:
A bone plate for a medial proximal tibia comprising: a proximal head extending from a first head end to a second head end ; a distal shaft connected to the proximal head and extending from a first shaft end to a second shaft end ; and wherein the first head end is connected to the first shaft end , and the proximal head extends perpendicularly medially from the distal shaft ; wherein the proximal head is shaped to conform to a proximal medial portion of a tibia; wherein the proximal head is shaped to conform to a medial condyle of the tibia; and wherein the proximal head is shaped to conform to an anterior medial portion of the medial condyle; characterized by a strut connecting the second end of the proximal head and a mid-section of the distal shaft; and wherein the proximal head is offset from the distal shaft in an anterior direction by approximately 10 millimeters. a proximal head extending from a first head end to a second head end ; a distal shaft connected to the proximal head and extending from a first shaft end to a second shaft end ; and wherein the first head end is connected to the first shaft end , and the proximal head extends perpendicularly medially from the distal shaft ; wherein the proximal head is shaped to conform to a proximal medial portion of a tibia; wherein the proximal head is shaped to conform to a medial condyle of the tibia; and wherein the proximal head is shaped to conform to an anterior medial portion of the medial condyle; characterized by a strut connecting the second end of the proximal head and a mid-section of the distal shaft; and wherein the proximal head is offset from the distal shaft in an anterior direction by approximately 10 millimeters.
An automatic analysis device for measuring liquid obtained by mixing a sample and a solution, wherein a solution mounting mechanism including a solution mounting part serving as an installation location of a container (9a-c, 19) for holding the solution is provided in a side surface of the automatic analysis device, and the automatic analysis device comprises an RFID reader for reading an RFID tag installed in a container (9a-c, 19), characterised in that the solution mounting mechanism is drawable and includes a temporary installing place for installing one container (9a-c, 19) in addition to the solution mounting part , and the RFID reader is arranged in a position of the temporary installing place in a position matching the RFID tag when the container (9a-c, 19) is placed on the temporary installing place of the drawn solution mounting mechanism . a solution mounting mechanism including a solution mounting part serving as an installation location of a container (9a-c, 19) for holding the solution is provided in a side surface of the automatic analysis device, and the automatic analysis device comprises an RFID reader for reading an RFID tag installed in a container (9a-c, 19), characterised in that the solution mounting mechanism is drawable and includes a temporary installing place for installing one container (9a-c, 19) in addition to the solution mounting part , and the RFID reader is arranged in a position of the temporary installing place in a position matching the RFID tag when the container (9a-c, 19) is placed on the temporary installing place of the drawn solution mounting mechanism .
Device for continuous treatment of a food product, the device comprising: - a tubular chamber which comprises a first conduit for entrance of the food product and a second conduit for exit of the food product, configured to maintain the food product under pressure from the first conduit to the second conduit ; - a circulation circuit for thermal fluid in the tubular chamber between a first inlet for thermal fluid and a first outlet for thermal fluid; - a malaxing mechanism inside the tubular chamber to malax the food product, which comprises a rotating shaft and a plurality of blades along the rotating shaft , the rotating shaft being parallel to a longitudinal axis of the tubular chamber ; characterized in that the plurality of blades is placed inclined with respect to the rotating shaft to facilitate motion of the food product through an axial component and also to radially drive the food product to facilitate the malaxing thereof; and in that the device is configured to be installed downstream of pump means to move the food product through the first conduit of the tubular chamber and through the second conduit to a decanter. - a tubular chamber which comprises a first conduit for entrance of the food product and a second conduit for exit of the food product, configured to maintain the food product under pressure from the first conduit to the second conduit ; - a circulation circuit for thermal fluid in the tubular chamber between a first inlet for thermal fluid and a first outlet for thermal fluid; - a malaxing mechanism inside the tubular chamber to malax the food product, which comprises a rotating shaft and a plurality of blades along the rotating shaft , the rotating shaft being parallel to a longitudinal axis of the tubular chamber ;
A compound having the structure: A-B-----Z wherein A is a biologically active structure of the compound; wherein Z is a protein component of the compound, which protein component comprises one or more polypeptides, wherein at least one of the one or more polypeptides comprises consecutive amino acids which (i) are identical to a stretch of consecutive amino acids present in a chain of an F c domain of an antibody; (ii) bind to an F c receptor; and (iii) have at their N-terminus a cysteine or a selenocysteine; wherein B is a chemical structure linking A and Z; wherein the dashed line between B and Z represents a peptidyl linkage between an N-terminal cysteine or selenocysteine of a polypeptide of Z and an amino acid residue or an organic acid residue of B; and wherein the solid line between A and B represents a nonpeptidyl linkage comprising the structure: wherein X a is a chemical structure containing a cyclooctane fused to a dihydropyridazine; wherein R a represents an organic structure which connects to one of A or B and R b represents an organic structure which connects to the other of A or B. wherein A is a biologically active structure of the compound; wherein Z is a protein component of the compound, which protein component comprises one or more polypeptides, wherein at least one of the one or more polypeptides comprises consecutive amino acids which (i) are identical to a stretch of consecutive amino acids present in a chain of an F c domain of an antibody; (ii) bind to an F c receptor; and (iii) have at their N-terminus a cysteine or a selenocysteine; wherein B is a chemical structure linking A and Z; wherein X a is a chemical structure containing a cyclooctane fused to a dihydropyridazine; wherein R a represents an organic structure which connects to one of A or B and R b represents an organic structure which connects to the other of A or B.
A method of improving the measurement accuracy of a digital ice rate sensor by providing an enhanced surface finish on a magnetostrictive oscillator detector probe , comprising the steps of: measuring external surface roughness (R a ) on the magnetostrictive oscillator detector probe ; comparing a value of the measured external surface roughness to a critical value (R c ); taking at least one remedial action if the value of the measured external surface roughness is greater than the critical value; repeating the step of measuring the external surface roughness on the magnetostrictive oscillator detector probe at least one time after the at least one remedial action is taken; and authorizing the magnetostrictive oscillator detector probe for use on the digital ice rate sensor if the value of the measured external surface roughness is not greater than the critical value. measuring external surface roughness (R a ) on the magnetostrictive oscillator detector probe ; comparing a value of the measured external surface roughness to a critical value (R c ); taking at least one remedial action if the value of the measured external surface roughness is greater than the critical value; repeating the step of measuring the external surface roughness on the magnetostrictive oscillator detector probe at least one time after the at least one remedial action is taken; and authorizing the magnetostrictive oscillator detector probe for use on the digital ice rate sensor if the value of the measured external surface roughness is not greater than the critical value.
Device for cleaning teeth, in particular for simultaneous cleaning of all the existing teeth and/or permanent prostheses of the lower jaw and upper jaw of a person or of an animal of any age, with a cap of U-shaped cross section which, by 3D scanning of the upper/lower jaw, including the existing teeth, or of a dental impression of the upper/lower jaw, is adapted to the individual shape of the human or animal upper/lower jaw including existing crowns , and which can be moved in oscillations and has an interior , and with a multiplicity of bristles that can additionally be provided in the interior , wherein the cap is connected to a handle for delivery of media and energy, wherein at least the cap is a printout of a 3D printer according to the 3D scan or the positive copy of the dental impression, wherein the bristles have been incorporated into the cap at the same time as the 3D printing or are located on an exchangeable mat, and wherein the cap can be placed sealingly onto the gum surrounding the teeth at the neck , enclosing the interior (lumen), in such a way that the teeth and the neck or the transition from the tooth to the gum are completely and tightly enclosed by the interior , and wherein the inner ends of the bristles , enclosing a tooth space , bear on all the crowns and the respective neck with a predetermined pressing force and at a predetermined angle and also protrude into the interdental spaces between the teeth.
A Photonic Integrated Circuit, PIC, comprising: N Ring and Disk type Microstructures, RDMs, N is an integer and greater than 1; at least one spare RDM , wherein each RDM operates spectrally in a periodic nature and has its spectral operation vary by temperature; and circuitry configured to handoff in-service, any of the N RDMs and the at least one spare RDM for spectral operation based on a current temperature ; circuitry configured to implement electro-optic tuning; wherein, for the handoff, the at least one spare RDM is unlocked spectrally and is tuned and locked to a frequency of interest of a current RDM based on the temperature, and the current RDM is unlocked. N Ring and Disk type Microstructures, RDMs, N is an integer and greater than 1; at least one spare RDM , wherein each RDM operates spectrally in a periodic nature and has its spectral operation vary by temperature; and circuitry configured to handoff in-service, any of the N RDMs and the at least one spare RDM for spectral operation based on a current temperature ; circuitry configured to implement electro-optic tuning; wherein, for the handoff, the at least one spare RDM is unlocked spectrally and is tuned and locked to a frequency of interest of a current RDM based on the temperature, and the current RDM is unlocked.
A device for bending a split pin for positionally securing a workpiece , in particular for rotationally securing a nut, preferably a castellated nut, having: a tool body ; a holding component for holding the split pin during a bending procedure, wherein the holding component is mounted so as to be rotatable on the tool body ; and a bending element which is disposed on the tool body such that one end of a split pin that is held on the holding component is able to be bent, in particular in a form-fitting manner in relation to the workpiece , by a relative rotation between the holding component and the tool on the bending element , characterized by: a mechanism for converting a pivoting movement between two handle parts of the tool body to a translatory movement of the holding component , in particular in a direction to the bending element or away from the latter. a tool body ; a holding component for holding the split pin during a bending procedure, wherein the holding component is mounted so as to be rotatable on the tool body ; and a bending element which is disposed on the tool body such that one end of a split pin that is held on the holding component is able to be bent, in particular in a form-fitting manner in relation to the workpiece , by a relative rotation between the holding component and the tool on the bending element , characterized by: a mechanism for converting a pivoting movement between two handle parts of the tool body to a translatory movement of the holding component , in particular in a direction to the bending element or away from the latter.
Method for detecting a shoal of fish using a fish observation water vehicle, an autonomous underwater vehicle being selected as fish observation water vehicle, wherein the method comprises the following steps: a) detecting a shoal of fish, b) approaching the shoal of fish, with the fish observation water vehicle approaching the shoal of fish in horizontal fashion and at a shallower diving depth than the shoal of fish, characterized in that the method comprises the following steps: c) orienting the fish observation water vehicle such that the bow of the fish observation water vehicle is directed to the floor and the stern of the fish observation water vehicle is directed to the water surface, d) passing through the shoal of fish by means of the fish observation water vehicle and, in the process, optically detecting the shoal of fish, the passage therethrough being implemented at an angle of more than 70° with respect to the water surface. a) detecting a shoal of fish, b) approaching the shoal of fish, with the fish observation water vehicle approaching the shoal of fish in horizontal fashion and at a shallower diving depth than the shoal of fish, c) orienting the fish observation water vehicle such that the bow of the fish observation water vehicle is directed to the floor and the stern of the fish observation water vehicle is directed to the water surface, d) passing through the shoal of fish by means of the fish observation water vehicle and, in the process, optically detecting the shoal of fish, the passage therethrough being implemented at an angle of more than 70° with respect to the water surface.
An electronic device , comprising: a power supply connection unit that is connected to an external power supply ; a control unit , a first processing circuit which is an audio amplifier , and a second processing circuit , each of which is configured to operate by receiving an electric current supplied from the power supply connection unit ; a current limiting circuit that is configured by the control unit to limit the electric current supplied from the external power supply to the first processing circuit ; and a power storage unit which comprises a capacitor that is inserted between the current limiting circuit and the first processing circuit to be in parallel to the first processing circuit , the first processing circuit being supplemented with electric charge stored in the capacitor in a case where an electric current exceeding a current limit value of the current limiting circuit is consumed, characterized in that the control unit is configured to, in response to the connection of the power supply connection unit to the external power supply , not supply inflow of the electric current to the first processing circuit and to start a charging mode in which the current limit value is set to a second value that is higher than a first value and the electric current supplied from the current limiting circuit is used to charge the capacitor , and to then, after the capacitor has been charged, switch to an operating mode in which the current limit value is set to the first value and then supply the inflow of the electric current to the first processing circuit . a power supply connection unit that is connected to an external power supply ; a control unit , a first processing circuit which is an audio amplifier , and a second processing circuit , each of which is configured to operate by receiving an electric current supplied from the power supply connection unit ; a current limiting circuit that is configured by the control unit to limit the electric current supplied from the external power supply to the first processing circuit ; and a power storage unit which comprises a capacitor that is inserted between the current limiting circuit and the first processing circuit to be in parallel to the first processing circuit , the first processing circuit being supplemented with electric charge stored in the capacitor in a case where an electric current exceeding a current limit value of the current limiting circuit is consumed, characterized in that the control unit is configured to, in response to the connection of the power supply connection unit to the external power supply , not supply inflow of the electric current to the first processing circuit and to start a charging mode in which the current limit value is set to a second value that is higher than a first value and the electric current supplied from the current limiting circuit is used to charge the capacitor , and to then, after the capacitor has been charged, switch to an operating mode in which the current limit value is set to the first value and then supply the inflow of the electric current to the first processing circuit .
Use of a refrigerant fluid comprising 2,3,3,3-tetrafluoropropene in a vapour compression circuit comprising a compressor, for the preheating of a battery of an electric or hybrid vehicle from the starting of the vehicle, said compressor initially operating at a rotational speed of 300 to 1000 rpm.
A conveyance belt inspection method comprising: a first detecting step for detecting the presence of a passing object at a specified detection position of a conveyance path (A) using a board sensor by moving an endless conveyance belt in a case in which a board is not being conveyed at the conveyance path (A) set by the endless conveyor belt , a belt rotating step for further rotating the endless conveyance belt one revolution in a case in which the presence of a passing object at the specified position is detected in the first detecting step; a second detecting step for detecting the presence of a passing object at the specified position using the board sensor after the belt rotating step has been performed, and a determining step for determining a problem with the conveyance belt based on the detection result from the second detecting step. a first detecting step for detecting the presence of a passing object at a specified detection position of a conveyance path (A) using a board sensor by moving an endless conveyance belt in a case in which a board is not being conveyed at the conveyance path (A) set by the endless conveyor belt , a belt rotating step for further rotating the endless conveyance belt one revolution in a case in which the presence of a passing object at the specified position is detected in the first detecting step; a second detecting step for detecting the presence of a passing object at the specified position using the board sensor after the belt rotating step has been performed, and a determining step for determining a problem with the conveyance belt based on the detection result from the second detecting step.
A sole structure for an article of footwear comprising: a midsole system including a plurality of cushioning units , each cushioning unit including: a first cushioning layer comprising a first sealed chamber ; and a second cushioning layer comprising a second sealed chamber , the first sealed chamber and the second sealed chamber each retaining gas in isolation from one another; wherein the first cushioning layer underlies the second cushioning layer and has a domed lower surface extending away from the second cushioning layer; and wherein the second cushioning layer is annular and borders a central portion of the first cushioning layer above the domed lower surface. a midsole system including a plurality of cushioning units , each cushioning unit including: a first cushioning layer comprising a first sealed chamber ; and a second cushioning layer comprising a second sealed chamber , the first sealed chamber and the second sealed chamber each retaining gas in isolation from one another; a first cushioning layer comprising a first sealed chamber ; and a second cushioning layer comprising a second sealed chamber , the first sealed chamber and the second sealed chamber each retaining gas in isolation from one another; wherein the first cushioning layer underlies the second cushioning layer and has a domed lower surface extending away from the second cushioning layer; and wherein the second cushioning layer is annular and borders a central portion of the first cushioning layer above the domed lower surface.
A non-transitory computer-readable medium , in which are recorded a base video stream that is encoded video information, the base video stream including base pictures of base frames, an enhanced video stream that is encoded video information, for enhancing luminance of the base video stream by being played synchronously with the base video stream, the enhanced video stream including enhanced pictures of enhancement frames, and a management information file in which is described a playback path of the base video stream, wherein a playback path of the enhanced video stream is further described in the management information file so that the enhanced video stream is played synchronously with the base video stream, wherein the base video stream includes High Dynamic Range, HDR, and wherein an enhanced picture of an enhancement frame is added to the base picture of the base frame corresponding to the enhancement frame, such that the enhanced video stream, by being played synchronously with the base video stream, realizes a higher luminance than the base video stream. a base video stream that is encoded video information, the base video stream including base pictures of base frames, an enhanced video stream that is encoded video information, for enhancing luminance of the base video stream by being played synchronously with the base video stream, the enhanced video stream including enhanced pictures of enhancement frames, and a management information file in which is described a playback path of the base video stream, wherein a playback path of the enhanced video stream is further described in the management information file so that the enhanced video stream is played synchronously with the base video stream, wherein the base video stream includes High Dynamic Range, HDR, and wherein an enhanced picture of an enhancement frame is added to the base picture of the base frame corresponding to the enhancement frame, such that the enhanced video stream, by being played synchronously with the base video stream, realizes a higher luminance than the base video stream.